SAM Electronics NG3029S30KW Marine Radar User Manual

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Date Submitted	2002-12-20 00:00:00
Date Available	2002-12-18 00:00:00
Creation Date	2002-06-21 16:52:47
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Document Author:	Geering

Operating Instructions
RADARPILOT ATLAS 1000
CHARTRADAR ATLAS 1000
MULTIPILOT ATLAS 1000
Software Version 2.4
Radar Functions
Plotting Aids
Item No.: ED 3038 G 232
Revision: 01 (2002-06)
Order No.: 300004937
This document is our property for which we reserve all rights, including
those relating to patents or registered designs. It must not be
reproduced or used otherwise or made available to any third party without
our prior permission in writing.
Alterations due to technical progress are reserved.
STN ATLAS Marine Electronics GmbH
D - 22763 Hamburg
Service
Customer Support Center
Phone: + 49 (0) 18 03 00 85 53
Fax:
+ 49 (0) 18 03 00 85 54
E-mail: shipservice@sam-electronics.de
b_r1_eti.fm / 21.06.02
RADARPILOT / CHARTRADAR
Operating Instructions
General Safety Precautions
General Safety Precautions
Particular attention must be paid to the notes and warnings referring to possible faults in the radar display, since such faults can
impair the detection of targets.
The radar can perform its safety function if, and only if, the transmission power and the receiver sensitivity
are adequate. Therefore, these characteristics must be checked regularly (by means of the Performance
Monitor – see Section 21).
Connected position receivers must fulfil the standard IEC 61162-1 1).
ARPA target data are directly dependent upon the accuracy and proper functioning of the selected speed
sensor and the gyro compass.
DANGER: High frequency radiation
Persons must definitely avoid being present in the radiation danger zone
of the rotating antenna.
In the case of work being done on the antenna unit, the antenna switch
situated there must be set to 0 and the transceiver must be disconnected from the ship’s mains.
☞
There is no international agreement about the danger posed by high frequency radiation of the kind
produced by the radar systems. In most countries, a radiation density exceeding 100 W/m2 is considered to be dangerous; in some countries, values over 10 W/m2 are regarded as not being completely
safe.
Antenna Type
5 ft X-Band
8 ft X-Band
14 ft S-Band
1)
Transceiver
A=Up B=Down
Radius of the Radiation Danger Zone
Radiation Density
100 W/m2
Radiation Density
10 W/m2
12.5 kW, Version A
1.4 m
14 m
25 kW, Version B
1.65 m
16 m
12.5 kW, Version A
0.65 m
7m
30 kW, Version A
1.3 m
13 m
30 kW, Version B
0.7 m
7.8 m
IEC 61162-1 largely corresponds to NMEA 0183 Version 2.30 of 1st March 1998.
ED 3038 G 232 / 01 (2002-06)
b_r1_esh.fm / 21.06.02
RADARPILOT / CHARTRADAR
General Safety Precautions
Operating Instructions
DANGER: Injury caused by a rotating antenna
When the radar system is switched to "ON", it is possible that, instead
of the expected antenna, a different one will begin to rotate. Therefore, it
must be ensured beforehand that all antennas can rotate freely and that
are no persons near the antennas.
The units may be opened only by qualified, trained persons.
DANGER: Dangerous voltage
Even when the equipment is switched off, there can be a dangerous
voltage present at exposed contacts in the units. Therefore, before a unit
is opened, it must be ensured that the voltage supply to the unit is
disconnected from the ship’s mains, and that it remains disconnected.
Because of the capacitors contained in the units, there can be a
dangerous voltage present in any unit even several minutes (or several
hours in the case of monitors) after switching off and disconnection
from the power supply.
☞
If the units are to be disconnected from the ship’s mains, it must be remembered that each antenna
unit, each transceiver electronics unit and each indicator normally has its own supply of power from
the ship’s mains.
If, for the transfer of signals (e.g. transfer of the heading signal from the compass system), synchro
transmitter are used, a dangerous voltage exists in the units until the reference voltage is switched
off.
ED 3038 G 232 / 01 (2002-06)
b_r1_esh.fm / 21.06.02
RADARPILOT / CHARTRADAR
Operating Instructions
List of Contents
List of Contents
☞
Please pay attention to the supplement (if any) at the end of the document.
General Safety Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
List of Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
1.1
RADARPILOT ATLAS 1000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
1.2
CHARTRADAR ATLAS 1000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
1.3
MULTIPILOT ATLAS 1000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
1.4
The Equipment Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
1.5
Scope of Applicability of these Operating Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
Basic Settings; General Remarks about Operating . . . . . . . . . . . . . . . . . . . . . . . . . 15
2.1
Switching the Radar System On and Off . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
2.2
General Remarks about the Operating and Display Elements . . . . . . . . . . . . . . . . . . . . . . 16
2.3
Brilliance and Colour Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
2.4
Degaussing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
2.5
Display Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
2.6
An Overview of the Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
2.7
The Menu Structure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
2.8
Activating/Deactivating of Slave Keyboards/Trackballs . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
PPI Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
3.1
Screen Stabilisation of the PPI: True Motion, Relative Motion . . . . . . . . . . . . . . . . . . . . . . 29
3.2
PPI Orientation: Head-Up, North-Up, Course-Up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
3.3
Centering / Off-Centering of the Display (Center, Off-Center) . . . . . . . . . . . . . . . . . . . . . . 31
3.4
Range Selection (Range) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31
3.5
Range Rings, Grid . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
3.6
Own Ship Symbols and Target Symbols, Vectors, Past Position Plots . . . . . . . . . . . . . . 32
3.7
Trails . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
3.8
Setting the Display of Pre-planned Tracks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
3.9
Defining the System Track and the Next Waypoint; System Track Display . . . . . . . . . . . 39
3.10
Setting the Display of User Chart Objects on the RADARPILOT . . . . . . . . . . . . . . . . . . . . 41
3.11
Setting the Display of Charts and User Chart Objects on the CHARTRADAR . . . . . . . . . 42
3.12
Setting the Display of the Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
3.13
Adjusting the Chart or Map to the Radar Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46
Setting the Radar Function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47
4.1
Radar Function On/Off, Interswitch Functions, Master/Slave Switch-Over . . . . . . . . . . . . 47
4.2
Basic Setting of the Radar Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49
4.3
Selection of the Antenna Revolution Rate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52
4.4
Radar Setting for High Speed of Own Vessel (HSC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
ED 3038 G 232 / 01 (2002-06)
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RADARPILOT / CHARTRADAR
List of Contents
Operating Instructions
4.5
Radar Setting for the Display of RACON Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
4.6
Radar Setting for SART Detection (X-Band only) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
4.7
Suppression of the Synthetics and Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53
Heading, Speed, Position . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57
5.1
Compass . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57
5.2
Speed Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58
5.3
Position Sensor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60
Bearing and Range . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
6.1
Cursor Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
6.2
Variable Range Markers (VRM’s) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
6.3
Electronic Bearing Lines (EBL’s) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
6.4
Operating the VRM and the EBL Jointly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
6.5
Parallel Index Lines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
ARPA Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67
7.1
Symbols Used . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67
7.2
Procedure of the Target Acquisition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68
7.3
Manual Target Acquisition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69
7.4
Automatic Target Acquisition; Settings of the Acquisition/Guard Zone . . . . . . . . . . . . . 69
7.5
Deletion of Targets, Loss of Target . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70
7.6
Target Data Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70
7.7
Target Labels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72
7.8
Selecting the Reference Targets for Reference Target Tracking . . . . . . . . . . . . . . . . . . . 73
EPA Functions (Electronic Plotting Aid) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75
8.1
Manual Target Acquisition and Semi-Automatic Plotting . . . . . . . . . . . . . . . . . . . . . . . . . . 75
8.2
Deletion of Targets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76
8.3
Target Data Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76
8.4
Target Labels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76
Collision Avoidance (TCPA, CPA) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77
10
Trial Manoeuvres . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79
10.1
General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79
10.2
Switch-On of the Trial Manoeuvre Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79
10.3
Setting the Trial Manoeuvre in Relative Display Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80
10.4
Checking the Trial Manoeuvre in True Display Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 82
10.5
Switching Off the Trial Manoeuvre Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83
11
11.1
Editing of Pre-planned Tracks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85
Generating a New Pre-planned Track . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86
11.2
Modifying an Existing Track . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90
11.3
Generating a New Track on the Basis of an Existing Track . . . . . . . . . . . . . . . . . . . . . . . 90
ED 3038 G 232 / 01 (2002-06)
b_r1seiv.fm / 21.06.02
RADARPILOT / CHARTRADAR
Operating Instructions
11.4
12
List of Contents
Managing the Pre-planned Tracks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91
Editing the Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93
12.1
Preparing the Editing of the Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93
12.2
Editing of Symbols . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94
12.3
Editing of Lines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96
12.4
Ending the Editing of a Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97
13
Displays in the Multidisplay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99
13.1
Docking Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99
13.2
Zoom Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 100
13.3
Depth Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102
13.4
Wind/Set+Drift Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103
14
Quick Info Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105
14.1
Contents of the Quick Info Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105
14.2
Operating Procedure for the Stopwatch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106
14.3
Setting the Zone Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106
15
Evaluation of the Radar Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107
15.1
Achievable Radar Range . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107
15.2
Distortions of the Radar Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108
15.3
Undesirable Echo Displays and Effects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109
15.4
Sector Blanking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111
16
The Radar Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 113
17
Alarm Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117
18
List of Alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119
19
List of the Alarm Signal Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127
20
Care and Maintenance Work . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129
20.1
Care . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129
20.2
Maintenance Work . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129
21
Performance Monitor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 131
22
System Maintenance Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133
22.1
Determining the Versions of Software, Hardware and Documentation . . . . . . . . . . . . . . 134
22.2
Listing the System Faults . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134
22.3
Off-Line Selfcheck . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136
22.4
Checking / Correcting the Computer Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140
22.5
Distribution and Deletion of Map Data; Data Saving . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 141
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RADARPILOT / CHARTRADAR
List of Contents
Operating Instructions
22.6
Exchanging Track Files between the Indicators; Data Saving . . . . . . . . . . . . . . . . . . . . 143
22.7
The Handling of Diskettes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 143
22.8
Aborting and Restarting the Program of the Radar System . . . . . . . . . . . . . . . . . . . . . . 144
Certificates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145
Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177
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RADARPILOT / CHARTRADAR
Operating Instructions
1 Overview
1.1 RADARPILOT ATLAS 1000
Overview
Subjects of this Section:
◆
Brief overview of the parts of the system
◆
Optional parts and functions
The radar system can be configured in two main versions:
the basic version, called RADARPILOT ATLAS 1000
an expanded version, called CHARTRADAR ATLAS 1000 (or MULTIPILOT ATLAS 1000, see
Section 1.3) which, in addition, offers the possibility to display selected parts of the Electronic Chart
on the radar screen in an alternative display mode.
Both versions are approved according to the published radar performance standards.
1.1
RADARPILOT ATLAS 1000
From the components of the RADARPILOT, it is possible to assemble radar sets and radar systems for
all types of ship.
In a RADARPILOT System, the following components can be combined with each other in any desired
manner:
X-Band or S-Band transceiver and antenna
Electronics Units with manual (EPA) or automatic (ARPA) plotting aids.
12" or 16" indicators
Radar indicators as console versions or desk-top versions
The scope ranges from single systems to multiple systems consisting of five transceivers and five indicators.
Not only the system configuration but also the manner of use is extremely flexible: with just a few operating steps, each radar indicator can be switched to act as the master indicator of any desired transceiver
or as a slave for any transceiver that is operating (interswitch function).
☞
On the master indicator, all functions of the radar can be operated, i.e. both on the transmitter side
and on the receiver side. On the slave indicator, most functions on the reception side can be set
independently of the master.
All radar sets are suitable for high speed craft (HSC’s) too (if the antenna gearboxes are chosen appropriately), and on ships with normal speed they can be operated at twice the antenna rotation rate if this
is required by the situation.
1.2
CHARTRADAR ATLAS 1000
The CHARTRADAR consists of the same components as those of the RADARPILOT, and also has all
the characteristics of the RADARPILOT. In addition, it offers the possibility that the vector charts which
exist in the CHARTPILOT can be displayed on the radar. 1)
1)
From the point of view of approval, the CHARTRADAR can be configured at service level in such a way that it fulfils the regulation IEC
60936-1, "Shipborne Radar" or the regulation IEC 60963-3, "Radar with Chart Functions". In the latter case, there are limitations in the
display of the chart - see footnotes on page 30 and page 43.
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1 Overview
1.3 MULTIPILOT ATLAS 1000
RADARPILOT / CHARTRADAR
Operating Instructions
The Electronic Charts are vector charts which are provided by a CHARTPILOT ATLAS 93xx via a data
bus connection.
A CHARTPILOT is therefore necessary for operation of the CHARTRADARs, but is also used together
with RADARPILOTs. CHARTPILOT and CHARTRADAR or RADARPILOT exchange a large quantity of
data with each other, especially relating to the navigation sensors, the tracks, and the alarms that are
generated by the ECDIS which is contained in the CHARTPILOT.
1.3
MULTIPILOT ATLAS 1000
The MULTIPILOT ATLAS 1000 has a different Electronics Unit. There, it can be specified at service level
whether the MULTIPILOT is to perform the functions of the CHARTRADAR or those of the CHARTPILOT 1).
In the first case, the MULTIPILOT ATLAS 1000 does not differ from the CHARTRADAR as far as the
operating procedure and the functions are concerned. All statements made about the CHARTRADAR in
these Operating Instructions are also applicable to the MULTIPILOT ATLAS 1000.
In the second case, the MULTIPILOT ATLAS 1000 does not differ from the CHARTPILOT ATLAS 9330
as far as the operating procedure and the functions are concerned - see Operating Instructions ED 3032
G 232.
1.4
The Equipment Components
The radar systems (RADARPILOT and CHARTRADAR) consist of two segments which are connected to
one another via bus systems (CAN Bus) etc. These segments are the radar indicator and the transceiver/
antenna.
The radar indicator is the central operating and display unit. It consists of
the monitor, with a high-resolution 21" colour screen for the 12" radar or a 29" colour screen for the
16" radar,
the trackball, with which all operating inputs can be made,
the radar keyboard, with which operating steps that are frequently used can be carried out particularly conveniently by means of function keys and rotary knobs,
the diskette drive, which permits very easy servicing and makes it possible to save data and to
exchange data with radar systems installed on other ships, and
the display electronics unit, the heart of which consists of a high-performance computer which also
performs the communication with the display electronics units of the other radar sets installed. In
addition, the interface adaptation for navigation sensors having NMEA interfaces takes place here.
On the radar interconnection box, all ship’s cables leading to the radar indicator are connected. If
necessary, special Interface electronics is also accommodated here.
The parts of the radar indicator are usually integrated within a console. However, they can also be
assembled as a desk-top version without integrating the display electronics and the interconnection box.
The display electronics unit is then installed together with the radar interconnection box to form a single
unit.
1)
10
In a future version, this selection will be made by means of the normal operating procedure.
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1 Overview
RADARPILOT / CHARTRADAR
Operating Instructions
1.5 Scope of Applicability of these Operating Instructions
In addition,
slave monitors can be installed, which repeat the display shown by the indicator to which they are
connected.
slave keyboards or slave trackballs can be installed. Each slave keyboard or slave trackball is
assigned to a slave monitor. For each slave keyboard/trackball, there is an electronics unit called a
keyboard switch which, by means of a single operating step, makes it possible to assign the operating functions to a slave keyboard (trackball) / slave monitor pair.
a video buffer is used, if there is more than one slave monitor connected to an indicator.
The RF components are
the transceiver (electronics unit), which contains the X-Band transceiver or the S-Band transceiver
(transceiver version B = bulkhead), and
the antenna (unit), consisting of
the antenna gearbox (X-Band or S-Band) and
the scanner (5 ft X-Band or 8 ft X-Band scanner or 14 ft S-Band scanner).
The transceiver can also be accommodated in the antenna gearbox, so that there is no need for a
separate transceiver electronics unit (transceiver version A = antenna/mast ahead).
In addition, a unit called
the Interface Expander may be present. When there are more than two radar indicators or more
than two transceivers installed, the switch-over between the indicators and transceivers is performed
by the Interswitch installed in the Interface Expander. If additional interfaces or interfaces having a
non-standardised format have to be implemented, the electronics which is additionally installed in the
Interface Expander performs the necessary interfacing and data distribution.
Examples of various equipment configurations are given in the following illustrations.
The TVA 1) signals entered there are the combined reception signals of the transceivers. In the indicators, these signals are used to generate the radar video signal, as well as the trigger signals and
antenna signals.
☞
1.5
Scope of Applicability of these Operating Instructions
These operating instructions cover all of the above-mentioned variants of the RADARPILOT and CHARTRADAR equipment and systems. It refers to RADARPILOT ATLAS 1000 and CHARTRADAR ATLAS
1000 systems which are approved under the software version stated on the title page. 2)
☞
1)
2)
Unless the RADARPILOT or CHARTRADAR or MULTIPILOT is mentioned specifically, all statements made in these Operating Instructions apply to these types of equipment.
TVA = Trigger, Video, Azimuth
On page 134, there is a description of how the software version of the radar system can be displayed.
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11
RADARPILOT / CHARTRADAR
1 Overview
Operating Instructions
1.5 Scope of Applicability of these Operating Instructions
X-Band antenna unit
with 5 ft scanner and
transceiver
TVA
12" EPA
radar indicator
CAN Bus
Desk-top version
Display
electronics unit
Navigation
sensors
Radar
interconnection box
Example of a single installation with minimum scope
S-Band antenna unit with 14 ft scanner and transceiver
X-Band antenna unit
with 8 ft scanner
Transceiver
electronics unit
CAN Bus
16" EPA
radar indicator
16 " ARPA
radar indicator
Display
electronics unit
Navigation
sensors
Alarm system
Display
electronics unit
X-Band TVA
TVA
Radar
interconnection box
S-Band TVA
Radar
interconnection box
TVA
Redundant /
additional
navigation
sensors
A typical dual installation (IMO pair)
12
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1 Overview
RADARPILOT / CHARTRADAR
Operating Instructions
1.5 Scope of Applicability of these Operating Instructions
X-Band antenna unit
with 5 ft scanner and
transceiver
S-Band antenna unit
with 14 ft scanner
X-Band antenna unit
with 8 ft scanner and
transceiver
Transceiver
electronics unit
CAN Bus
TVA
TVA
TVA
Interswitch
TVA
Interface expander
Radar indicator
Radar indicator
Port wing:
Slave monitor
Slave trackball
Slave trackball
Display
electronics unit
TVA
Stb wing:
Slave monitor
Keyboard
switch
Display
electronics unit
Keyboard
switch
Radar
interconnection box
Radar
interconnection box
CAN Bus
Ethernet LAN
Navigation
sensors
(Example)
CHARTPILOT
Gyro
Log 1
Position 1
Gyro
Log 2
Position 2
Echosounder
Digitizer
Printer
other sensors,
with standardised or
non-standardised
interfaces
CHARTPILOT
electronics unit
Bridge alarm system
Radar system and CHARTPILOT
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13
1 Overview
1.5 Scope of Applicability of these Operating Instructions
14
RADARPILOT / CHARTRADAR
Operating Instructions
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RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.1 Switching the Radar System On and Off
Basic Settings; General Remarks about Operating
Subjects of this Section:
◆
Switching the radar system on and off
◆
General remarks about the operating and display elements
◆
The trackball and its keys
◆
General remarks about menus
◆
The input of numerical values and text
◆
Brilliance and colour settings, degaussing
◆
Display modes
◆
Overview of the screen
◆
The menu structure
2.1
Switching the Radar System On and Off
Switching the radar system ON is done by means of one of the ON/OFF switches or
POWER buttons situated on the radar indicators. When this is done, all indicators and
transceivers are switched on. 1) and
After the warm-up phase of the magnetron - 3 minutes for X-Band and 3.5 minutes for S-Band - standby operation is achieved and the radar function can be switched on; see page 47.
☞
☞
The act of switching an indicator on never causes a transceiver to be switched directly into radar
Mode.
If an attempt to switch over to radar operation occurs before stand-by operation is achieved, the indication WARM UP appears instead of the list of transceivers.
Switching the radar system OFF: Switch off all indicators by means of the ON/OFF switch 2). As long
as there is one of the switches in the ON state, all electronics units of the indicators and transceivers
remain switched on and.
Stand-By Operation
The main difference between stand-by operation and radar operation is that, during stand-by operation,
the transceiver is not transmitting and the antenna is not rotating. Therefore, the radar video is absent on
the PPI, and none of the functions that depend on the transceiver can be operated yet.
During stand-by operation, the magnetron is kept at its operational temperature.
1)
2)
If an display electronics unit is exposed to very low temperatures (around -15°C or less), it can happen that its computer does not start up.
The screen of the associated monitor then remains dark, or becomes dark after a short time. In this case, the radar system must remain
switched on for about 30 minutes (in spite of the dark screen) so that the display electronics units will warm up. If the radar system is then
switched off and is switched on again after a waiting time of a few seconds, the computer will start up in the normal way.
If a indicator has a POWER key, that indicator is switched off by prolonged pressing of this key.
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15
2 Basic Settings; General Remarks about Operating
RADARPILOT / CHARTRADAR
Operating Instructions
2.2 General Remarks about the Operating and Display Elements
2.2
General Remarks about the Operating and Display Elements
On the indicators of the radar system, many screen display fields also act as switching areas or input
fields which can be operated quickly and intuitively by means of the trackball and cursor.
With these few elements, the entire radar system can be operated from the radar indicator with the aid
of its trackball. In addition, the optional radar keyboard contains function keys and rotary knobs for direct
access to some functions that are needed frequently.
☞
The description of the operating procedure in these Operating Instructions normally refers to the
trackball and cursor. In Section 16, the operating procedure using the optional radar keyboard is
summarised.
Trackball and Cursor
☞
If you are already familiar with graphic man-machine interfaces, you might be able to skip this section. Before doing so,
you should have a look at the picture of the trackball beside
this text.
Every operating step begins with the operator moving the cursor
by means of the trackball to a particular place on the screen (to a
text item, a numerical value, a symbol on the PPI or any desired
place on the PPI). The next step is always the pressing of one of
the trackball keys. In the following, this brief pressing of the key is
called clicking. What then happens depends on the key used, the
element on which clicking took place, and the operating situation,
and is the subject of these operating instructions.
MORE key...
for left-handed
for right-handed
people
people
DO key
The cursor has a resting position to which it goes 30 seconds after the last operating process. This
position is situated beside the PPI, below the ACQ TGT area.
If the cursor is situated outside the PPI, it is shaped like a hand or an arrow. Inside the PPI, it is a set of
crosswires.
The trackball has three keys with two different functions:
DO Key
The most important key is the middle (bigger) one. Almost all data areas react to this key, which performs
the functions that are needed the most frequently. In these operating instructions, it is called the "DO
key". In the following, "clicking" always means clicking with the DO key unless stated otherwise.
MORE Keys
The two keys situated above the DO key are called "MORE keys" in these operating instructions. They
have identical functions 1) which are not needed as frequently. Not all elements which can be operated by
means of the DO key react to the MORE key also, and if they do, then always with functions other than
those of the DO key. Furthermore, by pressing of the MORE key, open menus (for menus, see below)
can generally be closed without any results, and inputs can be aborted.
Data Areas
Some data areas are used only to display numerical values, names or stati.
Example: Target data display
In the case of most data areas, the operating procedure for the functions displayed there is likewise
performed by clicking on the data area.
1)
16
There are two "MORE" keys so that both left-handed people and right-handed people can operate them ergonomically. Their functions are
identical.
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RADARPILOT / CHARTRADAR
Operating Instructions
2 Basic Settings; General Remarks about Operating
2.2 General Remarks about the Operating and Display Elements
Examples:
Two switch Acquisition/Guard Zone 1 on and off, all that you need to do is to click on the AK / GZ1
button 1).
If the transfer of the course is to be synchronised, click on the currently existing heading value. A
numeric keyboard is then displayed. Input the correct value by means of that keyboard.
And so on.
Basically, the following is true:
Coloured data areas indicate the activated state.
In the case of functions which only have an "on" state and an "off" state, the "on" state is indicated by a
coloured background. Example: IR on a grey background means that Interference Rejection is not
switched on; IR on a coloured background means that it is switched on.
Areas that are flashing in colour signify that the corresponding function (e.g. ACQ TGT, ADJUST etc.)
can be executed.
Sensitive and Insensitive Data Areas
Data areas that can be operated can be insensitive in particular operational states, i.e. they cannot be
operated. For example, after clicking on the TUNE area, tuning can be performed on the master indicator,
but not on a unit switched to act as a slave indicator. On the slave indicator, the TUNE area is displayed
as being insensitive.
☞
Insensitive data area can be recognised from their low-contrast lettering or colouring.
Before pressing of the DO or MORE key, sensitive data areas can be recognised from the black
border which indicates the boundary of the sensitive area as soon as the cursor is situated in this
region. Furthermore, the shape of the cursor changes to that of a hand.
Operating Procedure for the Context Menus
Particular data areas react to clicking by presenting a list of further possibilities - the "context menu", as
it is called. If clicking takes place on one of the buttons contained in the context menu, the corresponding
change in the function takes place and the context menu disappears. In some cases, a further menu is
opened. By clicking on the background area, the context menu can be switched off without any change
of function.
☞ 30 seconds after the last operating process, the context menu switches off automatically.
The Function of the Menu Buttons
Clicking on the buttons MENU to BRILL situated at bottom right
opens menus in which basic settings can be made and which
contain other functions that are not needed very often. Most of
these menus contain several levels, i.e. from the menu that has
been called up, a submenu can be called up, and so on. The higher
levels are listed in the menu header. There, you can return to the
higher level by clicking. Clicking on the highest level or on the
menu button having the same name closes the menu.
☞
☞
1)
1.DO
MENU
MENU
2.DO
USER SETTINGS...
UTILITIES...
off: DO
back: DO
MENU
USER
USERSETTINGS
SETTINGS
30 seconds after the last operating process on the menu, it
switches itself off automatically.
BUZZER
DOCKING
HELP
ZOOM
The complete structure of the menu system is shown in
Section 2.7.
DGPS ONLY
DEPTH
Data areas which produce an effect as a result of clicking are also called buttons in the following.
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17
RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.2 General Remarks about the Operating and Display Elements
The hidden OTHER button
To switch over the content of entire areas of the screen, e.g. the area containing the Multidisplay or the
radar target data, the OTHER button is used; this button is not continuously visible.
The OTHER button appears in miniaturised form in the top left-hand corner of the display as soon as the
cursor is situated in the relevant display. It appears in normal form as soon as the cursor is situated in
the area of the normal display of the OTHER button. By clicking of this button, a context menu with the
possible display-settings opens up.
OTHER
ZOOM
NEW
TRIAL MANOEUVRE
BUOY, LATER
TRACK
SYSTEM
STARBOARD
EDIT MAP
OTHER
Area to be
switched over
DO
Input of Numerical Values
In some areas, numerical values can be entered. This is done with the aid of a virtual keyboard which
appears on the screen as soon as clicking is performed on an area of this kind. With the MORE key, the
input can be aborted without any change occurring.
It is possible to choose between the input of a new value and the changing of the existing value. An
exception to this rule is the input of geographical coordinates, for which different algorithms are applicable.
Entering of a New Value
1.DO
1.
Click on the numerical area; a virtual input-keyboard is
opened.
2.
Click numerals one after another. They appear in the display
area of the keyboard.
☞
☞
☞
3.
HDG 087.5
Input
2.DO
Before the decimal places, click on the point button,
unless the point is entered automatically.
087.5
1 2 3
4 5 6
7 8 9
. OK
Take-over:
3.DO
Signs, e.g. for the time zone, can be entered by means
of the button + .
With the button
, the character situated on the right in the display area can be deleted.
By clicking on the OK button, the value displayed is taken over and the keyboard disappears.
Changing of an Existing Value
1.
2.
Click on the numerical area; a virtual input-keyboard is
opened.
With the first pressing of the
or
button, the value
which exists at that time appears in the display area of the
keyboard.
1 2 3
4 5 6
DO
7 8 9
+ 0 . OK
DO
Increasing
Decreasing
the value
As long as the
button of the virtual keyboard is kept
pressed (with the DO key), the existing value increases. As
long as the
button is kept pressed, it decreases.
3.
18
By means of the OK button, the keyboard is made to disappear and the value entered is taken over.
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RADARPILOT / CHARTRADAR
Operating Instructions
2 Basic Settings; General Remarks about Operating
2.2 General Remarks about the Operating and Display Elements
Input of Geographical Coordinates
1.
Click on the numerical area; a virtual input-keyboard is
opened.
008:36.437 W
Here, the existing value appears on the display area of the
keyboard. Instead of the
and
buttons, the keyboard
has the buttons needed for the input of the relevant hemisphere.
7 8 9 W
: 0 . OK
1 2 3
4 5 6
2.
By the input of numerals, the existing value is overwritten, beginning at the most significant figure.
3.
With the "point" button, you go from the "degrees" part to the "minutes" part, from there to the "thousandths of a minute" part, and from there to the W/E, N/S input part.
4.
By clicking on the OK button, the value displayed is taken over and the keyboard disappears.
Input of Texts
In some fields, a text line consisting of large and small
letters, numerals and punctuation marks can be entered.
The process corresponds to new input of numbers - see
above.
The virtual keyboard which appears after the clicking of
these fields is similar to the usual (English) computer
keyboard:
By means of the Caps button, a switch-over between
large and small letters takes place.
By means of the Shift button, all characters are
switched over.
By means of the
button, the character situated on
the right in the display field is deleted.
The input is completed by clicking on the OK button.
DO
DO
‘ 1 2 3 4 5 6 7 8 9 0 – =
Tab q w e r t y u i o p [ ] \
Caps a s d f g h j k l ; ’
OK
Shift z x c v b n m , . / Space
~ ! @ # $ % ^ & * ( ) _ +
Tab Q W E R T Y U I O P { } |
Caps A S D F G H J K L : " OK
Shift Z X C V B N M < > ? Space
Help Function
As soon as the cursor is situated on an area that can be operated,
the function of the DO key and (if applicable) the function of the
MORE key are displayed in the Quick Info Box at the bottom of the
picture if the Help function is switched on.
1.DO
MENU
2.DO
Switching the Help Function On and Off
Click on the MENU button, and then, in the USER SETTINGS
menu, click the HELP button.
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3.DO
MENU
USER SETTINGS
HELP
19
RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.2 General Remarks about the Operating and Display Elements
Operating Procedure for the Lists
Scroll bar
Lists are used for selection and display of the elements
contained in them. Marking of a list element is done by
clicking.
4a.DO
If the list contains more entries than can be simultaneously
displayed, it can be scrolled line-by-line by means of the
and
buttons and from page to page by means of
the
and
buttons, or by clicking below or above the
scroll bar. Alternatively, click on the scroll bar and scroll by
means of the trackball.
Lists often indicate the files which are contained in a catalog.
For example, the list shown here indicates the files of tracks
which are contained in the catalog ATLANTIC. Other catalogs
too can exist. By clicking on the
button, the higher level
is displayed, i.e. in this example the list of the catalogs.
☞
Load Track(s)
/ATLANTIC
No. Name
1301 HELSINKI-BRIXAM
1302 BRIXAM-MIAMI 1
1303 BRIXAM-MIAMI 3
1304 BRIXAM-FREEPORT
1305 BRIXAM-MIAMI 2
1306 BRIXAM-MIAMI 5
1307 FREEPORT-MIAMI
1308 FREEPORT-MIAMI 1
Many lists also have a search function: If you click into the input field (at the top of the list), the
virtual keyboard which then opens up enables you to enter the number or the beginning of the name
of the list entry that is being searched for. If you click on ENTER, the list jumps to the entry that is
being searched for.
Special Features of the Lists of the System Maintenance Manager
The System Maintenance Manager, a subroutine which was created
for maintenance purposes and which the operator too needs from
time to time (see page 133), uses a different form of list which is
similar to that of other operating systems. Important special features
are:
Catalogs and files of the various levels are contained in one and the
same display.
Catalogs are designated by the symbol
or
, and files by the
symbol
A minus sign in the square in front of the catalog symbol shows that
the catalog content is displayed. Clicking on a square with a plus
sign causes display of the catalog content.
☞ At the top of the list, the character "/" stands for the root (the
basic list). Marking of this entry selects the sum of all catalogs
and files that are present in the list.
20
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RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.3
2.3 Brilliance and Colour Selection
Brilliance and Colour Selection
For the approximate but usually adequate adaptation of the
screen brilliance to suit the brightness of the surroundings,
there is a choice between 6 colour palettes.
1.DO
Fine adjustment of the overall brilliance and of the contrast is
possible. Furthermore, the brilliance of the PPI element groups
can be adjusted individually.
BRILLIANCE
AUTO
Selecting the Brilliance and the Colour Palette
BRILL
2.DO
DEGAUSS
MAN
NIGHT
DAY
BRIGHTNESS
Click on the BRILL button.
By clicking on the DAY button, the medium daytime
CONTRAST
colour palette NORMAL DAY is switched on. 1)
PANEL
By clicking on the NIGHT button, the medium night-time
SETTINGS...
colour palette NORMAL NIGHT is switched on.
To switch on the other daylight colour palettes, click on
the DAY button with the MORE key and select the
desired palette.
To switch on the other night-time colour palettes, click on the NIGHT button with the MORE key and
select the palette.
Displaying Areas of the Electronic Chart in Grey Shades (on the CHARTRADAR only)
☞
On the CHARTRADAR, the BRILLIANCE menu in Chart
Display Mode additionally contains the GREY MODE
button. If this function is switched on, the areas of the Electronic Chart are displayed not in colour but in grey shades.
In this type of display, the coloured radar video and
symbols are visually easier to distinguish from the background.
DO
BRILLIANCE
GREY MODE
AUTO
DEGAUSS
MAN
How to Brighten a Very Dark Screen
If the screen is set very dark in a very bright environment, it might no longer be possible to recognise
anything on the screen. Thus, the brilliance can no longer be increased in the manner described. A way
out of this "trap" is offered by a brilliance increase by means of the DO and MORE keys:
Press the DO key and a MORE key; with the second MORE key, make the screen brighter step by step.
Fine Adjustment of the Monitor Brightness and Contrast
These adjustments are performed by means of the brightness and contrast knobs of the monitor. On
monitors which do not have these operating elements, the adjustments are performed as follows 2):
1)
2)
1.
Click on the BRILL button.
2.
Click on the BRIGHTNESS area or on the CONTRAST
area.
3.
Perform the desired adjustment with the trackball.
4.
Press the DO key.
1.DO
BRILL
2.DO
3.
CONTRAST
90%
4.DO
All colour information in these operating instructions refers to the average colour palette for daytime, namely NORMAL DAY.
Monitors are also used, which only have a brightness control and no contrast control.
ED 3038 G 232 / 01 (2002-06)
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21
RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.3 Brilliance and Colour Selection
Setting the Brilliance of Individual Elements
1.DO
1.
Click on the BRILL button.
2.
Click on the SETTINGS button.
3.
Now, by means of the procedures already described, the
following items can be set:
After clicking on the LAMPS area: the brilliance of the
lamps on the keyboard.
After clicking on the DATA area: the brilliance of the
whole area outside the PPI.
After clicking on the SCALE area: the brilliance of the
compass scale.
After clicking on the VIDEO area: the brilliance of the
radar video.
After clicking on the SYMBOLS area: the brilliance of
the target synthetics and of the own ship symbol.
After clicking on the MARKER area: the brilliance of
the cursor, heading line, stern line, EBL’s, VRM’s and
range rings.
After clicking on the MAP (or MAP / CHART) area: the
brilliance of the map (or chart), tracks and guard
zones.
BRILL
2.DO
SETTINGS
3.DO
LAMPS
DATA
SCALE
VIDEO
SYMBOLS
MARKER
MAP
In Chart Display Mode, this area is
labelled MAP / CHART
These settings can independently be made for each colour
palette.
Setting the Optional Illumination of the Optional Keyboard
Setting is performed in the BRILLIANCE menu by means of the
PANEL area. During this process, the procedure already
described should be used.
1.DO
BRILL
2.DO
3.
PANEL
90%
4.DO
22
ED 3038 G 232 / 01 (2002-06)
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RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.4
2.4 Degaussing
Degaussing
This section is relevant only for monitors with cathode ray tubes, and not for monitors with flat screens.
As a result of changes in the magnetic field at the location of the monitor, the shadow mask of the
cathode ray tube might become magnetised, which leads to discolouration over the entire screen or in
parts of the display. Because, in the earth’s magnetic field, the ship itself acts as a magnet, such changes
in the magnetic field can also be caused by changes in the ship’s course. The demagnetisation which
then has to be performed on the shadow mask ("degaussing") can be performed manually.
☞
If this does not lead to success, the trouble might also be due to magnetic components or magnetised housings, which must then be removed from the environment of the monitor or degaussed.
Manual Degaussing
1.DO
BRILL
Manual degaussing is performed by pressing of the
DEGAUSS key on the monitor. On monitors which do not
have this key, a corresponding button is active:
2.DO
DEGAUSS
Click on the BRILL button and then on the DEGAUSS MAN
area.
MAN
Automatic Degaussing
With particular types of monitor, it also possible to set automatic degaussing. When the autodegauss function is switched
on, degaussing takes place at adjustable intervals of time, and
also when the course has been changed by a predefined
amount after the last degauss.
1.DO
AUTO
BRILL
DO
AUTO
Switching the Autodegauss Function On and Off
DEGAUSS
MAN
Click on the BRILL button and then on the AUTO DEGAUSS
area.
Setting the Autodegauss Function
1.
2.
3.
1.MORE
Click on the BRILL button, and then click on the AUTO
DEGAUSS button by means of MORE.
Click on the TIME area by means of the MORE key; then,
in the menu that is opened as a result, either
a) click on the desired time interval, or
b) click into the (vertical) bar-area, drag the bar to the
desired value, and press the DO key, or
c) click into the upper numerical area and enter the
value by means of the virtual keyboard.
Click on the TURNING field by means of the MORE key;
then, in the same way, input the course change for which
automatic degaussing is to take place.
ED 3038 G 232 / 01 (2002-06)
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AUTO
TIME
TURNING
DO
2.c
2.a
2.b
DO
DO
DEGAUSS
2. DO
AUTO TIME
10 min
180 min
120 min
60 min
30 min
20 min
10 min
OFF
23
RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.5 Display Modes
2.5
Display Modes
If there is a CHARTPILOT connected, two Display Modes are available on the RADARPILOT:
Radar Display Mode: PPI with all radar and ARPA or EPA functions. The map edited on the radar
as per Section 12 can be displayed - see Section 3.12.
Chart Display Mode: PPI with all radar and ARPA or EPA functions. Instead of the map, the User
Chart Objects that exist in the CHARTPILOT can be displayed - see Section 3.10.
On the CHARTRADAR, the Chart Display Mode has a significantly extended functionality: in addition to
the User Chart Objects, the vector charts that are present on the CHARTPILOT can be displayed also see Section 3.11. 1)
Switch-Over of the Display Modes
1.DO
Switch-over is performed by means of the keys RADAR and
CHART . The lamp above the keys indicates the Display Mode
that is currently switched on.
MENU
USER SETTINGS...
UTILITIES...
Alternatively, switch-over can be performed by means of
buttons: on the display, click on the MENU button, and then
click on the desired mode button.
☞
1)
24
When Radar Display Mode is switched on, the button
beside the MENU button is called MAP; when Chart
Display Mode is switched on, the name changes to
CHART.
MENU
MAINTENANCE
2.DO
RADAR CHART
MODE
In the case of a CHARTRADAR configured as per IEC 60936-3 (see footnote on page 9), while Head-Up Mode is switched on, the display
of the chart is not permissible. While Head-Up Mode is switched on, it is not possible to switch over to Chart Display Mode.
ED 3038 G 232 / 01 (2002-06)
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2 Basic Settings; General Remarks about Operating
RADARPILOT / CHARTRADAR
Operating Instructions
2.6
2.6 An Overview of the Screen
An Overview of the Screen
The following illustration provides an overview of the arrangement of display elements and operating
elements on the screen in the Radar Display Mode and in the Chart Display Mode.
Acquiring targets (p. 69)
deleting targets (p. 70)
Transceiver settings:
stand-by/radar operation (p. 47)
master/slave (p. 48)
transceiver selection (p. 48)
radar video setting (p. 49)
antenna revolution rate (p. 52)
Radar PPI:
range selection (p. 31)
centering/off-centering (p. 31)
suppression of synthetics/radar video (p. 53)
Alarm symbol for calling
up the existing warnings
(p. 118)
Compass course (p. 57)
speed (p. 58)
PPI orientation (p. 30)
PPI movement (p. 29)
Position display:
data of position sensor (p. 60):
system position, course and
speed over ground
or
cursor position (p. 63),
Multidisplay:
Selectable display of:
alarm list (p. 119),
navigation sensor data (p. 58,
61),
trial manoeuvre (p. 79),
Zoom Display (p. 100),
Depth Display (p. 103),
Wind/Set+Drift display (p. 103),
Docking Display (p. 99),
EDIT TRACK menu (p. 85),
EDIT MAP menu (p. 93),
track lists/catalogs (p. 37)
Alarm limit values of collision avoidance (p. 77)
Switching on/off the acquisition/guard zone (p. 69)
Radar target data (p. 70)
system track data (p. 39)
Measurement aids:
Parallel Index Lines (p. 66)
VRM (p. 63)
EBL (p. 64)
Setting of
path prediction (p. 35)
trails (p. 36)
vectors (p. 34)
past plots (p. 34)
Quick Info Box (p. 105)
with further information:
ETA to cursor position
date, time, stop watch,
help function
ED 3038 G 232 / 01 (2002-06)
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Menus for further
functions (p. 26)
Brightness setting (p. 21),
degaussing (p. 23)
Setting display
- of the map (p. 45)
- of the chart (p. 42)
- of the User Chart Objects
(p. 41 or 42)
editing maps (p. 93)
Setting
- display of the tracks (p. 37)
- system track (p. 39)
- next waypoint (p. 40)
editing tracks (p. 85)
25
RADARPILOT / CHARTRADAR
2 Basic Settings; General Remarks about Operating
Operating Instructions
2.7 The Menu Structure
2.7
The Menu Structure
The following diagram shows the structure of the menu systems which can be accessed via the button
situated at bottom right. 1)
MENU
BRILL
Page 21, (only on the
CHARTRADAR)
MENU
USER SETTINGS...
UTILITIES...
Page 23
AUTO
Page 21
DAY
Page 133
MAINTENANCE
BRILLIANCE
GREY MODE
Page 21
DEGAUSS
MAN
NIGHT
BRIGHTNESS
CONTRAST
Page 24
RADAR
Page 22
CHART
PANEL
SETTINGS...
Present only if there is a
CHARTPILOT installed
MENU
USER SETTINGS
Page 117
Page 19
BUZZER
DOCKING
HELP
ZOOM
Page 60
Page 34
Page 35
Page 72
DGPS ONLY
DEPTH
WIND
OS SYMBOL
STERN
TGT LABEL
MENU
UTILITIES
Page 79
TRIAL MANOEUVRE
Page 131
PERFORMANCE MONITOR
1)
26
BRILLIANCE
SETTINGS
Page 99
Page 100
Page 103
Page 102
LAMPS
DATA
Page 22
SCALE
VIDEO
SYMBOLS
MARKER
MAP
In Chart Display Mode, this area
is labelled MAP / CHART
Because of the individual system configuration, menus might differ from these diagrams. In the descriptions, this is pointed out in individual
cases.
ED 3038 G 232 / 01 (2002-06)
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2 Basic Settings; General Remarks about Operating
RADARPILOT / CHARTRADAR
Operating Instructions
2.7 The Menu Structure
Present only if there is a
CHARTPILOT installed
In Radar Display Mode
(on the RADARPILOT and
on the CHARTRADAR)
When the Display Modes
are switched over, the
button changes its name
MAP
Page 93
Page 41
MAP
Page 41
Page 41
Page 41
Page 41
Page 41
VISIBLE
EDIT MAP...
SYMBOLS
CHART
CHART
MAP
Page 45
In Chart Display Mode
on the RADARPILOT
SIMPLIFIED
USER CHART OBJECTS
VIDEO ON TOP
AREAS FILLED
SYMBOLS
SIMPLIFIED
TEXT LABELS
In Chart Display Mode
on the CHARTRADAR
CHART
TRACK
CHART
TRACK
VISIBILITY...
TRACKS
Page 37
Page 38
Page 39
Page 40
LOAD...
EDIT...
CLEAR...
DELETE...
SYSTEM TRACK
CANCEL
SET...
SELECT NEXT WPT...
Page 85
Page 91
Page 42
Page 43
Page 44
Page 43
Page 44
Page 44
Page 40
Page 45
TRACK
VISIBILITY
Page 38
COURSE
WPT NUMBER
LEG
WPT SYMBOL
ED 3038 G 232 / 01 (2002-06)
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Page 44
C-MAP
CHART VISIBLE
USER CHART OBJECTS
VIDEO ON TOP
AREAS FILLED
CATEGORY STANDARD
SYMBOLS
SIMPLIFIED
VISIBILITY GROUPS...
TEXT LABELS
CHART
VISIBILITY GROUPS
EDITCautionary
MAP...
Area
EDIT
MAP...
Information
Areas
EDIT
MAP... Signals
Light/Fog
EDIT
MAP...
Pilot
Signal Stations
EDIT MAP...
Service Stations
EDIT
MAP...
Standard
Land Features
EDIT
MAP...
Other
Land Features
EDIT
MAP...Soundings
Shallow
27
2 Basic Settings; General Remarks about Operating
RADARPILOT / CHARTRADAR
2.8 Activating/Deactivating of Slave Keyboards/Trackballs
2.8
Operating Instructions
Activating/Deactivating of Slave Keyboards/Trackballs
When a slave monitor is installed together with a trackball and (possibly) a keyboard, this combination
can perform the same functions as the radar indicator to which these units are connected.
☞
If there are "radar indicators" on the bridge wings, they are often slave monitors and slave
keyboards/trackballs.
If there are one or more slave keyboards or slave trackballs connected to an indicator, only one of them
is active at a time; operating procedures can be performed only on the one that is active.
Activating a Keyboard or Trackball
A non-active keyboard or trackball is activated by pressing the DO key for three seconds.
☞
The keyboard/trackball that had been active up until then is thus deactivated. The associated monitor
acts as a slave monitor.
If there is a keyboard present, activation can also be performed by pressing one of the keys RADAR
MODE, CHART MODE or CONN MODE for three seconds. In this case, when the activation occurs, the
switch-over assigned to the key is also performed, see Section 16.
28
ED 3038 G 232 / 01 (2002-06)
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.1 Screen Stabilisation of the PPI: True Motion, Relative Motion
PPI Settings
Subjects of this Section:
◆
Basic settings of the PPI
Stabilisation of the radar picture: RM, TM
PPI orientation: Head-Up, North-Up, Course-Up
Centering / off-centering of the radar picture
Selection of range
◆
Setting of the synthetics elements
Own ship symbol: heading line, speed vector, past position
plot, path prediction
Target synthetics: speed vectors, past position plots, trails
Display of the range rings
◆
Setting the display of tracks, defining System Track and next waypoint
◆
Setting the display of the map and the User Chart Objects
◆
Setting the display of the chart on the CHARTRADAR
3.1
Screen Stabilisation of the PPI: True Motion, Relative Motion
As far as the screen stabilisation of the PPI is concerned, there is a choice between the following:
True Motion (TM): The radar video is fixed; the own ship symbol moves across the screen. The PPI
orientation is North-Up or Course-Up. Either manually, or automatically by means of a TM Reset,
the own ship symbol on the PPI is reset in good time before the PPI boundary is reached; this resetting is done in such a way that the larger part of the PPI lies ahead of own ship.
Relative Motion (RM): Own ship’s position is fixed; the radar video moves relative to own ship in accordance with the movement of own ship. As far as the PPI orientation is concerned, it is possible to
choose between Head-Up, North-Up and Course-Up.
Switching Over between TM and RM
Clicking on the PPI stabilisation area causes a switch-over between
TM and RM.
☞
If the PPI orientation setting is Head-Up, then when switch-over
to TM mode takes place there is automatic selection of North-Up
and setting of the display of trails to "true". In TM mode, relative
trails cannot be displayed.
TM
DO
RM(R)
In RM mode, there is also an indication in the PPI stabilisation area stating whether the trails and
vectors are displayed as relative RM (R) or true RM (T).
Manual TM Reset
A TM reset is performed by clicking of the TM RESET area.
☞
The TM RESET area appears, instead of the CENTER area,
only when a switch-over to TM mode is performed.
ED 3038 G 232 / 01 (2002-06)
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DO
TM RESET
29
RADARPILOT / CHARTRADAR
3 PPI Settings
Operating Instructions
3.2 PPI Orientation: Head-Up, North-Up, Course-Up
Automatic TM Reset
In good time before an automatic TM Reset takes place, the TM RESET area begins to flash. If the TM
Reset is not then performed manually, it takes place automatically.
3.2
PPI Orientation: Head-Up, North-Up, Course-Up
As far as the PPI orientation is concerned, there is choice between the following:
Head-Up: The heading of own ship points upwards.
☞
Head-Up is available only in RM mode.
North-Up: Geographic North points upwards.
Course-Up: The course which exists at the instant of switch-on or re-orientation of this mode points
upwards.
☞
With every switch-over and re-orientation, the trails are lost; they build up anew in the new mode.
Switching Over between Head-Up and North-Up
N UP
When H UP (for "Head-Up") or N UP (for "North-Up") is displayed in
the PPI orientation area, clicking on this area causes a switch-over
between these two modes. 1)
☞
☞
DO
H UP
When a switch-over to Head-Up mode takes place, there is an
automatic switch-over to RM mode, and the display of the trails
is set to relative. In Head-Up mode, true trails cannot be
displayed.
In Head-Up Mode, the display of the chart is suppressed if the
rate of turn is very large.
Switch-Over to Course-Up Mode
1.MORE
Click into the PPI orientation area by means of the MORE key, and
then click on C UP.
2.DO
H UP
N UP
C UP
Re-Orientation in Course-Up Mode
H UP
DO
When C UP (for "Course-Up") is displayed in the PPI orientation area,
clicking on this area causes the PPI to be rotated and fixed in such a
way that the course which exists at the instant of clicking points
upwards.
C UP
Switch-Over from Course-Up to Head-Up or North-Up
1.MORE
Click into the PPI orientation area by means of the MORE key, and
then click on H UP (for "Head-Up") or N UP (for "North-Up").
1)
30
2.DO
H UP
N UP
C UP
C UP
In the case of a CHARTRADAR configured as per IEC 60936-3 (see footnote on page 9), while Head-Up Mode is switched on, the display
of the chart is suppressed.
ED 3038 G 232 / 01 (2002-06)
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.3
3.3 Centering / Off-Centering of the Display (Center, Off-Center)
Centering / Off-Centering of the Display (Center, Off-Center)
If RM Mode is selected for the screen stabilisation of the PPI, the reference position 1) can be positioned
at the centre of the PPI or can be fixed. Off-centering is possible in all ranges except the 96 NM range.
Centering of the Display
DO
By clicking on the CENTER area, the reference position is centered in
the PPI.
CENTER
Off-Centering of the Display
DO
Click on the OFF CENT area; then, in the PPI, click on the place that
is wanted as the reference position.
☞
3.4
OFF CENT
The radar video display can be off-centered up to a maximum of
75% of the PPI radius.
Range Selection (Range)
The display range can be chosen from a selection of ten nautical ranges (PPI radius between 0.25 NM
and 96 NM) and two docking ranges (PPI radius 250 m and 500 m).
☞
☞
In the nautical ranges, all distances are stated in NM and all speeds in kt; in the docking ranges, all
distances are stated in metres and all speeds in m/s.
When you switch over to the 96 NM range, a switch-over takes place automatically to relative motion
with a centered display.
Selecting the Next Larger or Next Smaller Range
1.
Show into the Range area, and then click on
range (larger scale) or
for a larger range.
☞
for a smaller
RANGE 6 NM
The change from the docking ranges to the nautical ranges
likewise takes place in this way.
2.DO
2.DO
Selecting a Range Directly; Switching Over from the Nautical Ranges to the Docking Ranges
With the MORE key, click into the Range area;
then click on the desired range (nautical or
docking).
If Docking Mode is switched on, the status
message DOCKING MODE appears on a
coloured background beside the PPI settings.
1.MORE
RANGE 0.75 NM
250 m 500 m 0.25 NM 0.5 NM
0.75 NM 1.5 NM
3 NM
6 NM
12 NM 24 NM 48 NM 96 NM
2.DO
1)
For reference position, see page 60
ED 3038 G 232 / 01 (2002-06)
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31
3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.5 Range Rings, Grid
3.5
Range Rings, Grid
Fixed range rings or a map grid can be displayed. Range rings are concentric circles with the reference
position as their centre, and are situated at equal distances from one another.
Selection between Range Rings and Map Grid
1.MORE
Click into the RANGE RINGS / GRID field by means of the
MORE key, and then (with the DO key) click on RANGE RINGS
or GRID.
RANGE RINGS 1.00 NM
RANGE RINGS
GRID
2.DO
Switching the Range Rings or Grid On and Off
Clicking of the RANGE RINGS /GRID area switches the display
on and off.
☞
3.6
The distance between the range rings is displayed in the
RANGE RINGS area.
The own ship symbol consists of two concentric circles
. In the
smaller display ranges up to and including 1.5 NM, the circles are
replaced by an own ship contour, whose length and width are true
to scale.
The display of the own ship symbol can be switched off, see page
34.
The own ship symbol is supplemented by the following elements:.
Heading line: It is the extension of the ship’s longitudinal axis
in the ahead direction and extends to the edge of the PPI. The
heading line is displayed at all times.
The origin of the heading line is the reference position for
bearings 1).
32
OFF
DO
RANGE RINGS 1.00 NM
Own Ship Symbols and Target Symbols, Vectors, Past Position Plots
Own Ship Symbol
1)
RANGE RINGS
Speed vector: The direction of the vector corresponds to the
existing course of own ship. The length corresponds to the
existing speed of own ship. Together with the speed vectors of
the tracked radar targets, the display of the speed vector can be
switched on and off, and the time represented by the displayed
vectors can be specified. Furthermore, it can be seen from the
vector symbol of own ship whether the vector is relative to the
sea (Water Track, WT = one arrow-head) or relative to the
bottom (Bottom Track, BT = two arrow-heads).
Past position plot (in the case of the ARPA radar): The past
position plot corresponds to the past movement of own ship. On
it, there are four time markers, whose distance apart in time can
Own ship symbol
and Heading Line
Heading line
Own ship
contour
Reference
position
Range ≤1,5NM
Range >1,5NM
Own ship symbol
with vector and
past position plot
Speed vector
BT
WT
Past position plot
with time markers
For the reference position for bearings, see page 60.
ED 3038 G 232 / 01 (2002-06)
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.6 Own Ship Symbols and Target Symbols, Vectors, Past Position Plots
be set. The setting of the time marker spacing also defines the length of the plot that is displayed.
This setting and the on/off switching of the past plot display take place in common with the past plots
and time markers of the radar targets.
Stern line: This extension of the heading line in the aft direction as
far as the edge of the PPI can be switched on if necessary. (For the
setting procedure, see page 35.)
Path Prediction: In the small display ranges up to 1.5 NM, it is
possible to display the probable track along which own ship will travel
if it maintains its existing rate of turn and its existing speed. The
prediction time can be set, see page 35.
Path Prediction
Prediction
Time
Radar Target Symbols
Targets being tracked on the EPA radar or ARPA radar are displayed in
1)
. The following elements can be
all display ranges as circular symbol
provided for them:
Speed vector: The direction of the vector corresponds to the existing
course of the target, and the length corresponds to the existing speed
of the target. Together with the speed vectors of the own ship
symbol, the display of the speed vector can be switched on and off.
The length of the vector is computed from the distance travelled by
the vessel in the "vector time", as it is called. The vector time can be
adjusted.
☞
Past position plot:
In the case of the ARPA radar, past position plots can be displayed
for the targets. The settings for these plots are made jointly with
those of own ship’s past position plot. They have four time markers
at the most, which are set simultaneously on all past position plots.
All vectors and past position plots can be displayed jointly either relative
to own ship (R = relative display) or over ground or through the water (T
= true display).
Target being
plotted
Past position plot
with time markers
Target symbol
on the EPA radar
Speed vector
Target being
plotted
In the case of the relative display, the vector and the past position
plot of own ship are non-existent by definition.
Furthermore, the radar target symbols are supplemented by symbols of
the manual plotting aid or of the automatic target tracking function (see
page 67).
The computation of the vectors is always based on the BT/WT setting
which is displayed for the selected speed sensor.
1)
Speed vector
In the case of the manual plotting aid (EPA radar), the vector is
computed from the last two (manual) plots. Therefore, particular
care is required when plotting on the EPA radar: if the target
being plotted changes its course or speed between two plots,
the vector displayed does not correspond to the actual vector.
In the case of the EPA radar, the last four plots are joined up by a
line. Thus, these markers - in contrast to the time markers of the
ARPA radar - are not at constant time-intervals apart from each
other, i.e. they also have no relation to each other.
☞
Target symbol
on the ARPA radar
Past position plot
with manual plots
Other symbols, see page 67
ED 3038 G 232 / 01 (2002-06)
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33
RADARPILOT / CHARTRADAR
3 PPI Settings
Operating Instructions
3.6 Own Ship Symbols and Target Symbols, Vectors, Past Position Plots
Switching the Own Ship Symbol On and Off
1.DO
MENU
Click on the MENU button, and then, in the USER SETTINGS
menu, click the OS SYMBOL area.
2.DO
MENU
USER SETTINGS
OS SYMBOL
3.DO
The Setting of Vectors
With the operating procedure described, both the speed vectors of the radar targets and the vector of
own ship are set.
Switching the Display of the Vectors On and Off
OFF
VECTOR
The display of the own ship vector and of the target vectors is
switched on and off by clicking on the VECTOR area.
DO
6 min
VECTOR
Specifying the Length of the Vectors
The procedure for setting the vector length is performed by specifying the travelling time represented by the vectors:
Click on the VECTOR area by means of the MORE key; then, in the
menu that is opened as a result, either
a) click on the desired numerical value, or
b) click into the (vertical) bar-area, drag the bar to the desired
value, and press the DO key, or
c) click into the upper numerical area and enter the value by
means of the virtual keyboard.
DO
2.c
VECTOR TIME
6 min
90 min
60 min
30 min
12 min
6min
DO
2.a
3 min
2 min
1 min
0.5 min
DO
2.b
OFF
VECTOR 6 min T
1.MORE
Switching the Vectors to Relative or True Display
The switch-over is performed by clicking into the right-hand
VECTOR-area.
☞
☞
This switch-over takes place jointly for vectors and for past position plots. Therefore, switching over can also be performed by
clicking on the right-hand PAST POSN area.
If the relative display is set, the vector and the past position plot
of own ship are non-existent by definition.
VECTOR 6 min R
PAST POSN 1 min R
DO
VECTOR 6 min T
PAST POSN 1 min T
Setting the Past Position Plot
PAST POSN
Switching the Past Position Plot On and Off (ARPA radar only)
The display of the past position plot is switched on and off by clicking
on the PAST POSN area.
34
OFF
DO
PAST POSN
6 min
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.6 Own Ship Symbols and Target Symbols, Vectors, Past Position Plots
Specifying the Time Interval between the Time Markers (ARPA
radar only)
Click on the PAST POSN area by means of the MORE key, and then
click on the desired time value.
12 min
6 min
3 min
2 min
1 min
30 sec
15 sec
OFF
PAST POSN 6 min T
2.DO
1.MORE
Switching the Past Position Plots to Relative or True Display.
The switch-over is performed by clicking into the right-hand PAST
POSN area
☞
☞
This switch-over is performed jointly for past position plots and
for vectors. Therefore, switching over can also be performed by
clicking on the right-hand VECTOR-area.
If the relative display is set, the vector and the past position plot
of own ship are non-existent by definition.
VECTOR 6 min R
PAST POSN 1 min R
DO
VECTOR 6 min T
PAST POSN 1 min T
Setting the Path Prediction Function
Switching the Path Prediction Function On and Off
PATH
The Path Prediction function is switched on and off by clicking on the
PATH area.
☞
OFF
DO
When the Path Prediction function is switched on, its display is
presented only in the display ranges less than 3 NM and only if
particular conditions are fulfilled, such as adequate speed and a
rate of turn which can be determined.
PATH 60 sec
Specifying the Length of Path Prediction
With the MORE key, click on the PATH area. This causes a menu to
open. In that menu, either
a) click on the desired numerical value, or
b) click into the (vertical) bar area, pull the bar to the desired value
and press the DO key, or
c) click into the upper numerical area and enter the value by
means of the virtual keyboard.
PATH
60 sec
180 sec
120 sec
60 sec
DO
2.a
30 sec
20 sec
10 sec
DO
2.b
OFF
PATH 60 sec
DO
2.c
1.MORE
Switching the Stern Line On and Off
1.DO
MENU
Click on the MENU button, and then, in the USER SETTINGS
menu, click the STERN area.
2.DO
3.DO
ED 3038 G 232 / 01 (2002-06)
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MENU
USER SETTINGS
STERN
35
3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.7 Trails
3.7
Trails
In the true display, trails make it possible for you to reach a conclusion quickly about the manoeuvre
performed by targets. In the relative display, the trails provide a quick overview of the danger situation (a
constant bearing). However, only qualitative information can be obtained from them.
For
radar echoes moving on the PPI, trails can be displayed. These trails can be varied as follows:
The display of these trails can be switched on and off.
Their length can be specified.
If the screen stabilisation of the PPI is set to RM, the trails can be displayed with the PPI orientation
"North-Up" and "Course-Up" relative to own ship or with true (absolute) orientation, i.e. in relation
to the sea bottom 1).
The trails can be deleted so that they have to build up again.
Switching the Display of the Trails On and Off
TRAILS
The display of the trails is switched on and off by clicking on the
TRAILS area.
OFF
DO
TRAILS 10 min
Specifying the Length of the Trails
Click on the TRAILS area by means of the MORE key; then, in the
menu that is opened as a result, either
a) click on the desired time, or
b) click into the (vertical) bar-area, drag the bar to the desired
value, and press the DO key, or
c) click into the upper numerical area and enter the value by
means of the virtual keyboard.
☞
If the trails are lengthened, they reach the new specified length
only after the time difference (i.e. in the case of switching over
from 12 to 30 minutes, 18 minutes will pass before the trails
correspond to a length of 30 minutes).
The reduction of the trail length too takes some time.
In the TRAILS area, the length currently being displayed is indicated.
2.c
DO
TRAILS
12 min
90 min
60 min
30 min
12 min
DO
2.a
6min
3 min
2 min
1 min
DO
0.5 min
2.b
OFF
RESET
TRAILS 12 min T
1.MORE
Switching the Trails to Relative or True Display
The switch-over is performed by clicking into the right-hand TRAILS
area.
☞
TRAILS 12 min T
The switch-over is possible only in the RM modes "North-Up"
and "Course-Up". In TM mode, the trails displayed are always
true; in the RM mode "Head-Up", they are always relative.
Deletion of Trails
Click on the TRAILS area by means of the MORE key; then, in the
menu that is opened as a result, click (with the DO key) on RESET.
☞
1)
36
The trails are also deleted whenever a switch-over occurs which
changes the entire radar video (RM/TM, PPI orientation, Range,
Center/OffCenter), but they then appear again.
DO
2 min
1 min
0.5 min
OFF
RESET
TRAILS 12 min T
2.DO
1.MORE
or in relation to the water, depending on the selected speed sensor
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.8
3.8 Setting the Display of Pre-planned Tracks
Setting the Display of Pre-planned Tracks
Pre-planned Tracks are planned tracks whose routes are defined by the geographical coordinates of the
waypoints and by the curve radii of the curved paths along which the ship has to sail at the waypoints 1).
These tracks must be generated beforehand on the radar system (see Section 11) or on a connected
CHARTPILOT.
It is possible to specify whether Pre-planned Tracks are to be displayed, and if so, which ones. Furthermore, it is possible to specify which elements of the tracks are to be displayed.
☞
The selection of the Pre-planned Tracks that are to be displayed and the specifying of the track
elements that are to be displayed affect only the item of equipment being operated.
Selecting the Track that is to be Displayed
1.DO
If there is a CHARTPILOT in the system, it must be in the
switched-on state, because in this case the track data are
physically stored there.
1.
Click on the TRACK button.
2.
When you click on the LOAD button, the list of existing
track catalogs appears.
3.
4.
TRACK
2.DO
Click on the desired catalog. As a result, the list of tracks
contained in the catalog appears. Tracks which have
already been selected for the display are marked in that
list.
VISIBILITY...
TRACKS
LOAD...
EDIT...
CLEAR...
DELETE...
SYSTEM TRACK
CANCEL
SET...
SELECT NEXT WPT...
Click on the track that is to be additionally displayed, and
then click on the LOAD button. This must be repeated
for further tracks if necessary.
3.DO
4a.DO
4b.DO
1)
TRACK
Load Track(s)
Catalog
WORLD
NORTHSEA
BALTIC
ATLANTIC
Load Track(s)
/ATLANTIC
No. Name
1301 HELSINKI-BRIXAM
1302 BRIXAM-MIAMI 1
1303 BRIXAM-MIAMI 3
1304 BRIXAM-FREEPORT
1305 BRIXAM-MIAMI 2
1306 BRIXAM-MIAMI 5
1307 FREEPORT-MIAMI
1308 FREEPORT-MIAMI 1
LOAD
CLOSE
And also by specifying whether the track sections longer than 20 NM between two waypoints are to be displayed as rhumb lines or as great
circles.
ED 3038 G 232 / 01 (2002-06)
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37
RADARPILOT / CHARTRADAR
3 PPI Settings
Operating Instructions
3.8 Setting the Display of Pre-planned Tracks
Switching Off the Display of a Track
1a.DO
1.
Click on the TRACK button and then on the CLEAR
button. The list of displayed tracks appears.
2.
By clicking, mark the tracks that are no longer to be
displayed, and click on the CLEAR button.
Display of the Tracks
TRACK
TRACK
1b.DO
VISIBILITY...
TRACKS
LOAD...
EDIT...
CLEAR...
Pre-planned Tracks appear on the PPI as bold, dashed lines,
together with their waypoints and the Wheel Over Points
computed by the system, possibly including the waypoint
numbers and the courses of the legs 1).
DELETE...
SYSTEM TRACK
Clear Tracks
The colour of the tracks is orange, except for the System
Track, which is displayed in red.
3a.DO
No. Name
1301 HELSINKI-BRIXAM
1302 BRIXAM-MIAMI 1
1303 BRIXAM-MIAMI 3
1304 BRIXAM-FREEPORT
3b.DO
CLOSE
CLEAR
Pre-planned Track
116
Waypoint, with serial number
Wheel Over Point
Leg, with a statement of the course
60
Defining Track Elements that are to be Displayed
1a.DO
TRACK
For the individual elements of the displayed tracks, it is
possible to define whether they are to be displayed. These
definitions are applicable to all displayed tracks.
1)
38
1.
Click on the MAP button and then the VISIBILITY button.
2.
Switch the display of the elements on or off by clicking:
COURSE for the display of the courses of the legs
LEG for the display of the lines and symbols of the
Wheel Over Point
WPT NUMBER for the display of the waypoint
numbers
WPT SYMBOL for the display of the waypoint
symbols
TRACK
1b.DO
VISIBILITY...
TRACKS
LOAD...
EDIT...
TRACK
VISIBILITY
2.DO
COURSE
WPT NUMBER
LEG
WPT SYMBOL
The track segment defined by two consecutive waypoints is called a leg.
ED 3038 G 232 / 01 (2002-06)
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.9
3.9 Defining the System Track and the Next Waypoint; System Track Display
Defining the System Track and the Next Waypoint; System Track Display
The track along which the ship is to sail can be defined as the System Track and, as a result, can be
highlighted in colour (red instead of orange).
☞
For the connected CHARTPILOT, the System Track has much greater importance: all currently valid
track data that are displayed there (e.g. planning data, track deviations, track-related alarms) refer
to the System Track. For details, see the Operating Instructions of the CHARTPILOT.
While the ship is approaching the System Track or is sailing along it, it is possible to explicitly define
which waypoint of the System Track is to be approached directly. The route to that place is displayed
additionally in the same way as the System Track.
☞
The defining of the System Track and of the Next Waypoint is applicable for all items of equipment
in the system.
Defining the System Track
1a. DO
TRACK
The track that is to be defined as the System Track must
already be selected for the display.
1.
2.
Click on the TRACK button and then on the SET button
situated under SYSTEM TRACK. As a result, the list of
displayed tracks appears. If a System Track has already
been defined, it is marked here.
TRACK
VISIBILITY...
TRACKS
By clicking, mark the track that is to become the (new)
System Track, and click on the SET button.
1b.DO
marked track is now the System Track. Its data appear in
the System Track display at the bottom of the side strip.
LOAD...
EDIT...
CLEAR...
DELETE...
SYSTEM TRACK
CANCEL
SET...
SELECT NEXT WPT...
Set System Track
2a.DO
The System Track Display
2b.DO
The System Track display contains the number and name of
the system track and the numbers and names of the waypoint
passed last (FROM WPT) and of the currently valid waypoint
(TO WPT).
ED 3038 G 232 / 01 (2002-06)
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No. Name
1301 HELSINKI-BRIXAM
1302 BRIXAM-MIAMI 1
1303 BRIXAM-MIAMI 3
SET
CLOSE
TRACK 1301 HELSINKI-BRIXAM
FROM WPT 37 KATTEGAT
TO WPT 38 KUMMELBANKE
39
RADARPILOT / CHARTRADAR
3 PPI Settings
Operating Instructions
3.9 Defining the System Track and the Next Waypoint; System Track Display
☞
If the System Track display is covered over by the target data display, it can be brought back into
the foreground by clicking on the OTHER button and TRACK DATA.
(The OTHER button appears in miniaturised form in the top left-hand corner of the target data or
System Track data as soon as the cursor is situated in this data area and there is no menu opened
there. It is displayed in normal form as soon as the cursor is situated in the area of the normal
display of the OTHER button - see also Swi t chi ng t he Di spl ays On and Of f on page 99.)
Defining the Next Waypoint
1a. DO
In order to display the path leading to the System Track, it is
necessary to specify the waypoint at which that path meets the
System Track. That waypoint is called the "Next Waypoint".
1.
2.
Click on the TRACK button and then on the SELECT
NEXT WPT button situated under SYSTEM TRACK. As a
result, the waypoint list of the System Track appears and
the according data displays are cleared.
TRACK
TRACK
1b.DO
SYSTEM TRACK
CANCEL
SET...
SELECT NEXT WPT...
By clicking, mark the waypoint that is to be approached,
and click on the SELECT button.
39
Pre-planned Track
2a.DO
38
Waypoint No. 39 has been defined
as the Next Waypoint. The approach
track leading to this waypoint
(including the Wheel Over Point and
curve) is displayed additionally.
Cancelling the Definition of the System Track
2b.DO
Next Waypoint
/ATLANTIC/1301
No. Name
36 BUOY 11
37 KATTEGATT
38 KUMMELBANKE
39 DEAP SEA PILOT
40 SKAGERAK
41 HANSTHOLM
42 FRIESLAND
43 GAS FIELD
SELECT
CLOSE
1.DO
TRACK
If a System Track is already defined but is to be deselected:
Click on the TRACK button and then on the CANCEL button
situated under SYSTEM TRACK. As a result, the definition of
the System Track is cancelled.
TRACK
SYSTEM TRACK
CANCEL
SET...
SELECT NEXT WPT...
2.DO
40
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.10
3.10 Setting the Display of User Chart Objects on the RADARPILOT
Setting the Display of User Chart Objects on the RADARPILOT
☞
For display of the User Chart Objects on the CHARTRADAR, see page 42.
If there is a CHARTPILOT, the User Chart Objects that exist in the CHARTPILOT can also be displayed
on the RADARPILOT.
Switching the Display of User Chart Objects On/Off
2.DO
CHART
1.
Chart Display Mode must be switched on, e.g. by pressing
the CHART key.
2.
Open the CHART menu by clicking on the CHART button.
CHART
3.DO
3.
Click on the USER CHART OBJECTS button.
USER CHART OBJECTS
VIDEO ON TOP
AREAS FILLED
Setting the Display of the Areas
SYMBOLS
As far as the display of the areas is concerned, it is possible to
choose between display of the area outlines and display of the
area colours.
Setting is performed in the CHART menu by means of the
AREAS FILLED button.
SIMPLIFIED
TEXT LABELS
DO
AREAS FILLED
Displaying User Chart Objects Temporarily on Top of the Radar Video
Normally, the video is displayed on top of the User Chart Objects, i.e. User Chart Objects can be covered
over by the video.
If only the area contours are displayed (AREAS FILLED is
switched off), the User Chart Objects are displayed on top of the
video (i.e. completely) as long as the VIDEO ON TOP button in
the CHART menu is pressed.
DO
VIDEO ON TOP
Defining the Symbol Presentation
For the symbols, it is possible to define whether they are to be displayed in the same way as in the paper
charts (PAPER CHARTS) or in a simplified form more suitable for the screen (SIMPLIFIED).
☞
In the SIMPLIFIED presentation, the symbols consist only of contours, and therefore cover the video
to a lesser extent than with the PAPER CHARTS presentation.
The setting procedure: In the CHART menu, click on the
SYMBOLS button and then click on the desired presentation.
SYMBOLS
DO
SIMPLIFIED
SIMPLIFIED
PAPER CHART
Switching Texts On/Off
It is possible to define whether the User Chart Objects designations (entered during editing of the User Chart Objects) can be
displayed. This definition process is performed in the CHART
menu by means of the TEXT LABELS button.
DO
TEXT LABELS
Optimum Setting for Radar Video Observation with the Electronic Chart Switched On
Display of the area contours only
Setting the symbol presentation to SIMPLIFIED
No display of Text Labels
ED 3038 G 232 / 01 (2002-06)
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41
3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.11 Setting the Display of Charts and User Chart Objects on the CHARTRADAR
3.11
Setting the Display of Charts and User Chart Objects on the CHARTRADAR
☞
For display of the User Chart Objects on the RADARPILOT, see page 41
On the CHARTRADAR, it is also possible to display Electronic Charts if they exist in the system’s
CHARTPILOT 1).
The most important display of the Electronic Charts in the system is the display on the CHARTPILOT,
which is usually approved as an ECDIS. There, all of the system’s display and operating functions that
are relevant for this purpose are available. Some of them are also available on the CHARTRADAR.
Important Differences between the CHARTRADAR and the CHARTPILOT
Additionally present on the CHARTRADAR:
The Electronic Chart and the radar video are displayed simultaneously in the PPI.
The areas of the Electronics Charts can be replaced by their contours (so that the radar video stands
out better from the Electronic Chart).
Not present on the CHARTRADAR:
Only vector charts (i.e. no raster charts, e.g. ARCS charts) and User Chart Objects can be displayed.
The info system (detailed information about the individual chart objects) exists only on the CHARTPILOT. This also contains the information about the date and number of the last ENC update.
The depth contours (Safety Contour, Shallow Contour and Deep Contour, Safety Depth) are set on
the CHARTPILOT and are taken over for the display on the CHARTRADAR.
☞
The subject of Electronic Charts is described in detail in the CHARTPILOT Operating Instructions.
In the Operating Instructions that you are now reading, it is assumed that you already possess the
knowledge of operating the CHARTPILOT.
Switching the Display of the Electronic Chart On/Off, Selecting the Chart Type
To display the Electronic Chart, Chart Display Mode must be
switched on, e.g. by pressing the CHART MODE key. The
other settings are performed in the CHART menu, which is
opened by clicking on the CHART button.
1.DO
CHART
CHART
C-MAP
CHART VISIBLE
USER CHART OBJECTS
VIDEO ON TOP
AREAS FILLED
CATEGORY STANDARD
SYMBOLS
SIMPLIFIED
VISIBILITY GROUPS...
TEXT LABELS
Switching the Display of the Vector Chart On/Off
DO
CHART VISIBLE
In the CHART menu, click on the VISIBLE button.
1)
42
If there is more than one CHARTPILOT, the CHARTPILOT from which the data and settings are taken over is specified for each radar at
service level.
ED 3038 G 232 / 01 (2002-06)
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.11 Setting the Display of Charts and User Chart Objects on the CHARTRADAR
Selecting the Chart Type
In the CHART menu, click on the TYPE button (the right-hand
button in the CHART row) and then click on the desired chart
type.
CHART VISIBLE
2.DO
ENC
ENC
C-MAP
Own Chart
1.DO
If other than the official approved ENC chart data are selected,
an indicator
appears above the PATH button.
If the cursor is positioned on the NO ENC indicator, additional
information is displayed in the Quick Info Box.
Switching the Display of the User Chart Objects On/Off
No official chart data available.
Please refer to paper chart.
DO
USER CHART OBJECTS
In the CHART menu, click on the USER CHART OBJECTS
button.
Influencing the Form of the Objects Displayed
Setting the Display of the Areas
As far as the display of the areas is concerned, it is possible to choose between display of the area
outlines and display of the area colours 1):
Setting is performed in the CHART menu by means of the
AREAS FILLED button.
☞
DO
AREAS FILLED
After the switch-over, generation of the new picture might
take several seconds.
AREAS FILLED switched on: The areas are displayed with the colours of the Electronic Chart or as grey
areas (in Grey Mode - see page 21).
AREAS FILLED switched off: Only the contours of the areas are displayed, so that the radar video is
disturbed as little as possible.
☞
☞
1)
This setting affects not only the display of all areas contained in the vector chart but also the largearea User Chart Objects (Danger Highlights, Feature Areas).
If only the contours of the
areas are displayed, the area
between safety contour and
land area is additionally
marked with the shallow water
pattern. The land areas are
provided with a similar but
coloured and much denser
pattern.
Safety Contour
Shallow Water
Pattern
Land Area
with pattern
If the CHARTRADAR is configured as per IEC 60936-3 (see footnote on page 9), only the display of the area colours is possible. Therefore,
in this case the buttons AREAS FILLED and VIDEO ON TOP are not present.
ED 3038 G 232 / 01 (2002-06)
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43
RADARPILOT / CHARTRADAR
3 PPI Settings
Operating Instructions
3.11 Setting the Display of Charts and User Chart Objects on the CHARTRADAR
Displaying Charts and User Chart Objects Temporarily on Top of the Radar Video
Normally, the radar video is displayed on top of the charts and the User Chart Objects, i.e. objects of the
charts and User Chart Objects can be covered over by the video.
If only the area contours are displayed (AREAS FILLED is
switched off), the charts and the User Chart Objects are
displayed on top of the video (i.e. completely) as long as the
VIDEO ON TOP button in the CHART menu is pressed (see
footnote 1 on page 43).
DO
VIDEO ON TOP
Defining the Symbol Presentation
For the symbols, it is possible to define whether they are to be displayed in the same way as in the paper
charts (PAPER CHARTS) or in a simplified form more suitable for the screen (SIMPLIFIED).
Setting: In the CHART menu, click on the SYMBOLS button and
then click on the desired presentation.
SIMPLIFIED
SIMPLIFIED
PAPER CHART
SYMBOLS
DO
Specifying the Objects to be Displayed
The various objects contained in the vector chart (symbols, lines, areas, texts) are grouped to form
display groups. For the task of selecting the display groups that are to be displayed, IMO has defined the
categories Display Base and Display Standard. On the CHARTRADAR, it is possible to switch over
between these categories and the display of all objects contained ("category" ALL).
Switching Over between the Display Group Categories:
1.DO
Click on the CHART button, and select the category by means of
the CATEGORY button.
☞
CATEGORY
2.DO
In order to ensure a clear display, the program switches
back to the category BASE or BASE + (see below) after
three minutes.
BASE
BASE
STANDARD (DEF)
ALL
Displaying Additional Display Groups and Suppressing the Display of Display Groups
For each category, it is possible to define whether particular
display groups are to be displayed:
1.
In the CHART menu, click on the VISIBILITY GROUPS
button.
2.
In the list which then opens, the display of these display
groups can be switched on/off for the selected category by
clicking (the list can be scrolled).
☞
44
If, with the categories "Base" and "Standard", the display of
additional display groups is switched on, a plus sign
appears additionally in the CATEGORY button. If, with the
categories "Standard" and "All", the display of display groups
is suppressed, a minus sign appears additionally in the
CATEGORY button.
Scrolling the list
1.DO
VISIBILITY GROUPS...
2.DO
CHART
VISIBILITY GROUPS
EDITCautionary
MAP...
Area
EDIT
MAP...
Information
Areas
EDIT
MAP... Signals
Light/Fog
EDIT
MAP...
Pilot
Signal Stations
EDIT
MAP...
Service Stations
EDIT
MAP...
Standard
Land Features
EDIT
MAP...
Other
Land Features
EDIT
MAP...Soundings
Shallow
ED 3038 G 232 / 01 (2002-06)
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3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.12 Setting the Display of the Map
Resetting the Individual Selection of Display Groups
The selection for the display groups are stored, i.e. they remain
in effect even after switch-over of the category (in contrast to the
CHARTPILOT, because there this is not allowed by the ECDIS
regulations). However, the groupings can also be reset to the
IMO-defined values by switching over.
Click on the CATEGORY button and again select the category
that is still selected.
1.DO
CATEGORY
2.DO
Selects the
category BASE
(including additional
display-groups)
STANDARD+
BASE
STANDARD (DEF)
–
ALL
2.DO
Resets the category
STANDARD to the
IMO-defined values
Switching Names, Designations and Texts On/Off
Because of the particular importance of the display group "Text
Labels", it can be switched on and off directly in the CHART
menu by means of the TEXT LABELS button.
☞
DO
TEXT LABELS
In this way, the text labels of all objects of the vector chart and of the User Chart Objects are
switched on/off.
Optimum Setting for Radar Video Observation with the Electronic Chart Switched On
3.12
Display of the area contours only.
Setting the symbol presentation to SIMPLIFIED.
Displaying only the necessary objects (category "Base" is recommended).
Switching on the display of the necessary depth-contours only (on the CHARTPILOT) (i.e. possibly
suppressing Shallow Contour and Depth Contour).
The Grey Mode (see page 21) might produce an improvement in the display.
Setting the Display of the Map
It is possible to display a map which was edited previously on this radar indicator (according to Section
12) or which was transferred from another item of equipment in the system (according to Section 22.5).
Display of the map takes place as an alternative to display of the Electronic Chart. On the CHARTRADAR, for this purpose, it is necessary to switch over to Radar Display Mode.
The map can contain not only lines (for land contours, channel limits etc.) but also various symbols (for
buoys, lights etc.). The symbols used are listed in Section 12. The symbols can be displayed either in
outline mode, in paper chart mode or in simplified mode, whichever is selected.
Switching the Display of the Map On and Off
2a.DO
MAP
If there is a CHARTPILOT connected, switch over to Radar
Display Mode, e.g. by means of the RADAR MODE key.
Click on the MAP button and then on the VISIBLE button
☞
When the map is switched on, all objects which exist in
the map contained in the radar system and are situated in
the display area of the PPI are displayed.
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MAP
MAP
2b.DO
VISIBLE
45
3 PPI Settings
RADARPILOT / CHARTRADAR
Operating Instructions
3.13 Adjusting the Chart or Map to the Radar Video
Specifying the Display Mode of the Symbols
Click on the MAP button; then, behind SYMBOLS, select the
display type:
PAPER CHART symbols correspond to the symbols used on
paper charts.
The OUTLINE symbols derived from the PAPER CHART
symbols do not have any filled-in areas.
SIMPLIFIED symbols are optimised for the electronic display
of maps, and comply with the ECDIS rules, but they are
displayed transparently so that radar echoes situated underneath them remain visible.
☞
3.13
1.DO
MAP
MAP
MAP
VISIBLE
EDIT MAP...
SYMBOLS
2.DO
OUTLINE
OUTLINE
PAPER CHART
SIMPLIFIED
During radar observation, the OUTLINE symbols should
be used, because they do not hide too much of the radar
echoes.
Adjusting the Chart or Map to the Radar Video
If the majority of the symbols of the Electronic Chart are displaced relative to their radar echoes of these
targets, it can be assumed that the position transferred from the selected position sensor is incorrect. 1)
If no position data having greater accuracy are available, then the Electronic Chart together with the User
Chart Objects and the map can be shifted in such a way that symbols and the associated echoes coincide. This correction is described on page 62.
☞
1)
46
Rotation of the entire video relative to the map indicates that the heading value is incorrect. The
cause of this might be a faulty compass, or else non-synchronous transfer of the course (for synchronisation of the course transfer, see page 57). However, errors of this kind also occur also if the
compass does not perform a speed error correction or no dynamic correction; these faults should
then be corrected in the compass system, if possible.
If symbols of the User Chart objects or the symbols of the map are displaced relative to their radar echoes of these targets, it must be
considered whether the positions of these symbols have been entered incorrectly.
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4 Setting the Radar Function
RADARPILOT / CHARTRADAR
Operating Instructions
4.1 Radar Function On/Off, Interswitch Functions, Master/Slave Switch-Over
Setting the Radar Function
Subjects of this Section:
4.1
◆
Switching the radar function on
◆
Transceiver selection
◆
Defining the master/slave function
◆
Switching the radar function off (switching to stand-by)
◆
Setting the radar signal:
Tuning the frequency (TUNE)
Input amplification (GAIN)
Sea clutter suppression (SEA)
Rain clutter suppression (RAIN)
Clean sweep function
Interference rejection (IR)
Pulse length
◆
Selection of antenna revolution rate
◆
Suppression of synthetics and video
◆
Special radar-settings (HSC, SART detection, RACON identification)
Radar Function On/Off, Interswitch Functions, Master/Slave Switch-Over
On any radar indicator, any transceiver of the system can be switched to act as the master. On the
master indicator, the radar is operated completely, i.e. both the transmitter side and the receiver side.
Any radar indicator can also be switched to act as a slave of any transceiver that is operating. On the
slave indicator, most of the functions on the reception side can be set independently of the master 1).
Switch-On of Radar Operation
DANGER:
At the instant of switch-on of the radar function, the antenna begins to
rotate and the emission of high frequency radiation 2) is started. In the
case of multiple installations, it can also happen that, instead of the
expected antenna, a different one begins to rotate. Therefore, it must be
ensured beforehand that the antennas can rotate freely and that there is
nobody present close to the antenna turning circles.
The radar transceiver selected last is switched to radar operation by
clicking into the transceiver area and then clicking on the transceiver
designation that is displayed.
1.DO
TX/RX STBY -1(X) ON
2.DO
If the selected transceiver was already running in radar operation
mode, the result is that the indicator being operated becomes the
slave indicator. 3)
1)
2)
3)
Tuning, sea clutter suppression, pulse length (and also the antenna revolution rate) are defined only on the master indicator.
For the danger posed by high frequency radiation, see page 4.
A slave indicator is marked as such by the entry SLAVE behind the TUNE area.
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47
4 Setting the Radar Function
RADARPILOT / CHARTRADAR
Operating Instructions
4.1 Radar Function On/Off, Interswitch Functions, Master/Slave Switch-Over
If some other transceiver is to be switched on, this is done as follows:
Selecting a Radar Transceiver
If you click into the transceiver area by means of the MORE key, the
numbers of the installed transceivers are listed, together with the
information as to whether they are X-Band or S-Band transceivers
and a statement of the antenna position 1). By clicking, you can
specify which transceiver is to be operated from that indicator.
1.MORE
TX/RX 1(X) SP
1(X) MAIN
2(S)
MAIN
2.DO
3(X) BOW
4(X) STERN
If the transceiver on which you have clicked is not yet in radar operation mode, this action switches it into radar operation mode and the
indicator being operated becomes the master indicator.
If the transceiver on which you have clicked was already in radar operation mode, this action switches
the indicator being operated so that it acts as a slave indicator of that transceiver.
Switching a Slave Indicator so that it Becomes the Master
On the slave indicator, click into the transceiver area and then click
on MASTER.
1.DO
TX/RX 1(X) SP
TX OFF
MASTER
2.DO
As a result, the previous master indicator becomes a slave.
Switching the Indicator to Stand-By Mode
Click into the transceiver area, and then click on TX OFF.
1.DO
TX/RX 1(X) SP
TX OFF
2.DO
MASTER
Switching the Transceiver into Stand-By Mode
If the last indicator which is switched to the transceiver is switched
into Stand-By mode, this action switches the transceiver too into
Stand-By mode.
USEFUL INFORMATION
Danger Posed by High Frequency Radiation
There is no international agreement about the danger posed by high frequency radiation of the kind
produced by the radar antenna. In most countries, a radiation density exceeding 100 W/m2 is considered
to be dangerous; in some countries, values over 10 W/m2 are regarded as not being completely safe.
The distances from the various antennas at which the radiation density is 100 W/m2 and 10 W/m2 are
stated on page 3.
☞
1)
48
The rotation of the antenna is monitored. If, because of a defect or the use of the antenna safety
switch, the antenna stops rotating, the transceiver is automatically switched off.
The designations of the antenna positions can be freely edited at service level.
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RADARPILOT / CHARTRADAR
Operating Instructions
4.2
4 Setting the Radar Function
4.2 Basic Setting of the Radar Video
Basic Setting of the Radar Video
So that radar targets can be detected with certainty, an optimum
setting of the radar video is of fundamental importance.
TX/RX 1(X) SP HSC
TUNE
GAIN
RAIN
SEA
CLEAN SWP
HARBOUR
WARNING:
An optimum setting of the video is not only important for a clear visual display of the targets on the
video but is also a necessary prerequisite for the
EPA and ARPA functions.
Especially in the case of heavy rain and/or a rough
sea, it is essential that the setting be adapted by
trained personnel so that it is suitable for the situation.
IR
In the following, there is a description of how to set the video of a radar correctly on the master indicator.
Only after these settings have been made on the master indicator can activated slave indicators too be
set in the same way (parameters that cannot be set on slave indicators are pointed out).
1.
Select the 12 NM display range.
2.
Tuning (adjustment of the frequency) (can be set on the
master indicator only)
1.MORE
TUNE
Automatic tuning: With the MORE key, click into the TUNE
area; then click on AFC (Automatic Frequency Control).
☞
If two X-Band or two S-Band systems are being operated
simultaneously, disturbance of automatic tuning might
occur (if it is being used). In such cases, manual tuning is
appropriate.
Manual tuning: Click into the TUNE field. As a result, a window
opens in which a setting bar is displayed. With the trackball, set
the display bar of the TUNE indication to its maximum value and
press the DO key.
☞
3.
2.DO
In the case of manual tuning, the length of the bar in the
TUNE area corresponds to the amplitude with which the
input signal is available for signal processing. Observe
more than one antenna rotation to find the maximum.
Gain (input amplification)
Click into the GAIN area, and increase the value by means of
the trackball until slight noise is visible on the PPI. Then reduce
the value a little until the noise has just disappeared and no
more. Then press the DO key.
4.
Select the desired display range.
5.
Anticlutter Sea (sea clutter suppression)
TUNE
AFC
AFC
2.
TX/RX
TUNE
72 %
3.DO
1.DO
2.
GAIN
1.DO
27 %
3.DO
With Anticlutter Sea, the input amplification at close range is
reduced depending on the distance.
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49
4 Setting the Radar Function
4.2 Basic Setting of the Radar Video
RADARPILOT / CHARTRADAR
Operating Instructions
WARNING:
In the case of Anticlutter Sea values that are too large, weak targets can
be lost, especially at close range.
If the sea is very rough, it can be expected that radar targets which only
produce weak reflections will remain undetected, even if the setting is
correct.
Manual suppression of sea clutter: Click into the SEA area
and set the value by means of the trackball so that the clutter
caused by a rough sea is as weak as possible but radar targets
are still clearly visible. Then press the DO key.
☞
1.DO
SEA
80 %
3.DO
If the Clean Sweep function is switched on, the radar
requires several revolutions of the antenna in order to adjust itself to changed Anticlutter Sea
values. Therefore, any large changes should only be made slowly (step by step).
Automatic suppression of sea clutter: With the MORE key,
click into the SEA area, and then click on AUTO.
☞
6.
2.
1.MORE
SEA
The automatic Anticlutter Sea function has the advantage
that the clutter values taken into account in the upwind
direction are different from those taken into account in the
downwind direction.
To check the display of very small target-echoes, it is
necessary to switch over to manual operation.
AUTO
2.DO
AUTO
SEA
Anticlutter Rain (suppression of rain clutter)
WARNING:
In the case of heavy rain, snow and hail, it can be expected that, even if
the setting is correct, radar targets which only produce weak reflections
- especially targets situated behind a strong rain front - will remain undetected. Such targets can appear suddenly when leaving the rainy area.
Manual suppression of rain clutter: Click into the RAIN area,
and set the value by means of the trackball so that the boundary
of the rainy area is clearly visible and the clutter in the region
behind it is as weak as possible. However, radar targets should
still be clearly visible. Then press the DO key.
☞
2.
RAIN
50
20 %
3.DO
If (on the open sea) there are no radar targets available, set the rain clutter suppression function
so that the boundary of the rainy area is clearly visible and the clutter in the region behind it is
as weak as possible.
Automatic suppression of rain clutter: With the MORE key,
click into the RAIN area, and then click on AUTO.
☞
1.DO
1.MORE
RAIN
The automatic Anticlutter Rain function has the advantage
that it takes place individually for regions with widely
differing precipitation.
To check the display of very small target-echoes, it is
necessary to switch over to manual operation.
2.DO
RAIN
AUTO
AUTO
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RADARPILOT / CHARTRADAR
Operating Instructions
7.
4 Setting the Radar Function
4.2 Basic Setting of the Radar Video
Clean Sweep
In addition to the Anticlutter Sea and Anticlutter Rain settings already described, individual adaptation to the various environmental conditions is possible with the aid of the Clean Sweep function.
When the Clean Sweep function is switched on, Scan-to-Scan Correlation always takes place additionally. This performs a comparison between the sets of radar information from several revolutions
of the antenna, and suppresses non-correlating signals.
☞
When the Clean Sweep function is running, the Scan-to-Scan Correlation might have the result
that small, fast-moving targets are displayed with reduced intensity.
Switching the Clean Sweep Mode on and off: Click on the
area CLEAN SWP.
DO
CLEAN SWP
OFF
HARBOUR
Selecting the Clean Sweep Mode: Click on the CLEAN SWP
area by means of the MORE key, and then click on the desired
mode (with the DO key).
☞
After any change in the Clean Sweep setting, you should
adjust the gain setting.
1.MORE
2.DO
CLEAN SWP
HARBOUR
HARBOUR
MEDIUM
OPEN SEA
By means of the three available Clean Sweep Modes, the video presentation can be improved to
suit the given situation:
HARBOUR
Near your own ship 1), extremely small target-echoes (which would otherwise only be the size
of a single pixel) are enlarged to such an extent that, if observed carefully, they become visible.
Use:
In harbours, fjords, canals and other voyage regions having large land masses in the
immediate vicinity
On the open sea in good to medium weather conditions
MEDIUM
1. Echoes from targets which are situated near your own ship 1) are displayed in highly enlarged
form; see also page 108.
☞ If the echoes are too small, set the pulse length to LP (Long Pulse).
2. An adaptive Anticlutter Sea function is switched on additionally. As a result of this function, the
decluttering of regions with widely differing intensities of sea clutter takes place individually. This
function is optimised for the display of coastlines.
Use: Within coastal areas; on the open sea in good to medium weather conditions
OPEN SEA
Same as MEDIUM, except that the adaptive Anticlutter Sea function is optimised for the display
of single targets. The Anticlutter Rain function is improved. Particularly good results in the case
of Long Pulse operation.
Use: On the open sea in all weather conditions
8.
1)
Interference Rejection (IR)
Interference caused by other radars (see page 110) can usually
be eliminated by switch-on of the Interference Rejection function. This function is switched on and off by clicking on the IR
area.
IR
DO
IR
Up to a distance of one third of the selected range
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51
RADARPILOT / CHARTRADAR
4 Setting the Radar Function
Operating Instructions
4.3 Selection of the Antenna Revolution Rate
9.
Pulse length
After switch-over to a smaller display-range, check whether a
better display is obtained by switching to a different pulse length.
Switching is done by clicking on the pulse length area (SP =
Short Pulse, LP = Long Pulse).
TX/RX 1(X) SP
DO
TX/RX 1(X) LP
Orientation values for settings on the open sea
Up to sea state 3 - 4, no rain
Gain
90% - 100%
Anticlutter sea
20%
Anticlutter rain
30%
Clean sweep
OPEN SEA
Interference rejection On
Pulse length
SP
4.3
Up to sea state 3 - 4, rain
Gain
Anticlutter sea
Anticlutter rain
Clean sweep
Interference rejection
Pulse length
medium to heavy
85% - 95%
20%
50% - 60%
OPEN SEA
On
SP or LP
Sea state 6 - 9, with rain
Gain
Anticlutter sea
Anticlutter rain
Clean sweep
Interference rejection
Pulse length
80% - 90%
30% - 50%
40% - 50%
OPEN SEA
On
LP
Selection of the Antenna Revolution Rate
In order to increase the update rate of the radar video, the antenna
revolution rate can be doubled 1).
Grey area = normal revolution rate
TX/RX 1(X) SP HSC
Switch-over is achieved by clicking on the HSC area (HSC = High
Speed Craft; "HSC on" = doubling of the antenna revolution rate).
☞
☞
1)
52
A disadvantage of the high revolution rate of the antenna is the
unavoidably higher rate of wear and tear on the antenna
gearbox.
DO
TX/RX 1(X) SP HSC
Coloured area = high revolution rat
On vehicles classified as High Speed Craft, the high revolution
rate is a legal requirement. Therefore, on such vessels, the possibility of switching over to the lower
revolution rate is not provided.
If the appropriate antenna gearbox is installed. Switching over is possible if the HSC area is present.
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4 Setting the Radar Function
RADARPILOT / CHARTRADAR
Operating Instructions
4.4
4.4 Radar Setting for High Speed of Own Vessel (HSC)
Radar Setting for High Speed of Own Vessel (HSC)
1.
To prevent blurring of the video, the mode "TM Mode" and "North-Up" or "Course-Up" should be
switched on.
2.
To reduce the risk of loss of target, the CLEAN SWEEP function must be switched off. The risk of
loss of target is also increased by fast course-manoeuvres performed by own vessel.
3.
Target tracking must already begin at long range. In this connection, it must be noted that the target
data are correspondingly less accurate - see Di st or t i ons of t he Radar Vi deo on page 108.
4.5
Radar Setting for the Display of RACON Codes
The code of Racons consists of a radially arranged dash-dot code which begins in the radar video a short
distance behind the beacon position. By means of different codes described in the Lists of Lights, the
approach points equipped with Racons can be clearly identified.
Most Racons transmit in the X-Band, but there are some Racons installed which transmit in the S-Band.
The majority of Racons change their transmission frequency slowly throughout the entire frequency band,
and so they are not received in every revolution of the antenna.
For the setting of the radar, the same basic principles are applicable as for SART detection.
4.6
Radar Setting for SART Detection (X-Band only)
The information needed for reliable detection of SART’s is described in IMO Circular 161. The content of
that paper is reproduced on the following pages.
4.7
Suppression of the Synthetics and Video
Suppression of Synthetics
DO
So that a video signal which has a synthetic image (e.g. a target
symbol) superimposed on it on the PPI can be assessed more satisfactorily, the display of the entire synthetics can be suppressed. This
occurs for as long as the DO key is kept pressed in the SYNTH OFF
area.
☞
SYNTH OFF
See also Di spl ayi ng User Chart Obj ect s Tempor ar i l y on Top of
t he Radar Vi deo on page 41.
Suppression of Video
DO
So that the synthetics can be recognised better in the case of superimposition of video signals, the entire video display can be
suppressed. This occurs for as long as the DO key is kept pressed in
the VIDEO OFF area.
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VIDEO OFF
53
4 Setting the Radar Function
4.7 Suppression of the Synthetics and Video
RADARPILOT / CHARTRADAR
Operating Instructions
ANNEX
OPERATION OF MARINE RADAR FOR SART DETECTION
WARNING: A SART will only respond to an X-Band (3 cm) radar. It will not be seen on
an S-Band (10 cm) radar.
Introduction
l.
A Search and Rescue Transponder (SART) may be triggered by any X-Band (3 cm)
radar within a range of approximately 8 n.miles. Each radar pulse received causes it to
transmit a response which is swept repetitively across the complete radar frequency band.
When interrogated, it first sweeps rapidly (0.4 µsec) through the band before beginning a
relatively slow sweep (7.5 µsec) through the band back to the starting frequency. This
process is repeated for a total of twelve complete cycles. At some point in each sweep, the
SART frequency will match that of the interrogating radar and be within the pass band of
the radar receiver. If the SART is within range, the frequency match during each of the 12
slow sweeps will produce a response on the radar display, thus a line of 12 dots equally
spaced by about 0.64 n.miles will be shown.
2. When the range to the SART is reduced to about 1 n.mile, the radar display may show
also the 12 responses generated during the fast sweeps. These additional dot responses,
which also are equally spaced by 0.64 n.miles, will be interspersed with the original line
of 12 dots. They will appear slightly weaker and smaller than the original dots.
Radar Range Scale
3. When looking for a SART it is preferable to use either the 6 or 12 n.mile range scale.
This is because the total displayed length of the SART response of 12 (or 24) dots may
extend approximately 9.5 n.miles beyond the position of the SART and it is necessary to
see a number of response dots to distinguish the SART from other responses.
SART Range Errors
4. When responses from only the 12 low frequency sweeps are visible (when the SART
is at a range greater than about 1 n.mile), the position at which the first dot is displayed
may be as much as 0.64 n.mile beyond the true position of the SART. When the range
closes so that the fast sweep responses are seen also, the first of these will be no more than
150 metres beyond the true position.
Radar Bandwidth
5. This is normally matched to the radar pulse length and is usually switched with the
range scale and the associated pulse length. Narrow bandwidths of 3-5 MHz are used with
long pulses on long range scales and wide bandwidths of 10-25 MHz with short pulses on
short ranges.
6. A radar bandwidth of less than 5 MHz will attenuate the SART signal slightly, so it
is preferable to use a medium bandwidth to ensure optimum detection of the SART. The
Radar Operating Manual should be consulted about the particular radar parameters and
bandwidth selection.
Note about item 6: The bandwidth of the radar is not less than 5 MHz. Therefore, the setting described here is not necessary.
54
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RADARPILOT / CHARTRADAR
Operating Instructions
4 Setting the Radar Function
4.7 Suppression of the Synthetics and Video
Radar Side Lobes
7. As the SART is approached, side lobes from the radar antenna may show the SART
responses as a series of arcs or concentric rings. These can be removed by the use of the
anti-clutter sea control although it may be operationally useful to observe the side lobes as
they may be easier to detect in clutter conditions and also they will confirm that the SART
is near to own ship.
Detuning the Radar
8. To increase the visibility of the SART in clutter conditions, the radar may be detuned
to reduce the clutter without reducing the SART response. Radars with automatic
frequency control may not permit manual detune of the equipment. Care should be taken
in operating the radar in the detuned condition as other wanted navigational and anti-collision information may be removed. The tuning should be returned to normal operation as
soon as possible.
Gain
9. For maximum range SART detection the normal gain setting for long range detection
should be used i.e., with a light background noise speckle visible.
Anti-Clutter Sea Control
10. For optimum range SART detection this control should be set to the minimum. Care
should be exercised as wanted targets in sea clutter may be obscured. Note also that in
clutter conditions the first few dots of the SART response may not be detectable, irrespective of the setting of the anti-clutter sea control. In this case, the position of the SART may
be estimated by measuring 9.5 n.miles from the furthest dot back towards own ship.
11. Some sets have automatic/manual anti-clutter sea control facilities. Because the way
in which the automatic sea control functions may vary from one radar manufacturer to
another, the operator is advised to use manual control initially until the SART has been
detected. The effect of the auto sea control on the SART response can then be compared
with manual control.
Anti-Clutter Rain Control
12. This should be used normally (i.e. to break up areas of rain) when trying to detect a
SART response which, being a series of dots, is not affected by the action of the anticlutter rain circuitry. Note that Racon responses, which are often in the form of a long
flash, will be affected by the use of this control.
13. Some sets have automatic/manual anti-clutter rain control facilities. Because the way
in which the automatic rain control functions may vary from one radar manufacturer to
another, the operator is advised to use manual control initially until the SART has been
detected. The effect of the auto rain control on the SART response can then be compared
with manual control.
Note:
The automatic rain and sea clutter controls may be combined in a single ’auto-clutter’
control, in which case the operator is advised to use the manual controls initially until the
SART has been detected, before assessing the effect of auto.
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55
4 Setting the Radar Function
4.7 Suppression of the Synthetics and Video
56
RADARPILOT / CHARTRADAR
Operating Instructions
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5 Heading, Speed, Position
RADARPILOT / CHARTRADAR
Operating Instructions
5.1 Compass
Heading, Speed, Position
Subjects of this Section:
◆
Synchronisation of the gyro compass (Set Gyro)
◆
Selection of the speed sensor
◆
Specifying whether Speed Through the Water (STW) or Speed
Over Ground (SOG) is to be used
◆
Input for the Reference Target Speed mode
◆
Manual input of speed
◆
Input of drift and set
◆
Selection of the position sensor
◆
Manual correction of the position
CAUTION:
The right choice of navigation sensors, the right setting of the navigation
data and a continuous overview of the status of the selected navigation
sensors are very important for safe navigation.
In the case of multiple installations, the settings described in the following only have to be made on one
of the radar indicators. All components of the system are automatically supplied with the navigation data
resulting from the settings made on any desired radar indicator. This also applies to the CHARTPILOT,
if there is one.
5.1
Compass
For the transfer of the heading information, a technique is often used which transfers heading changes
only, and not the absolute value. Therefore, in such cases, after switch-on of the radar system and after
failure of the signal transfer, the synchronism of the heading transfer process must be checked and, if
necessary, corrected.
Display of the Heading Value Used
The heading value currently being transferred from the
compass and used in the entire radar system is displayed in
the HDG area.
DO
HDG
45.6 °
GYRO
Synchronisation of the Heading Transfer
Click on the Heading area and, by means of the virtual
keyboard, enter the value displayed by the gyro compass.
☞
1 2 3
4 5 6
If the ship is yawing, click on the OK button of the virtual keyboard when the heading displayed on
the compass has the same value as the value entered on the virtual keyboard.
If the course transfer takes place by means of a serial interface (e.g. according to IEC 61162), the
heading value cannot be changed.
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57
5 Heading, Speed, Position
RADARPILOT / CHARTRADAR
Operating Instructions
5.2 Speed Sensor
5.2
Speed Sensor
There may be several speed sensors connected to the radar system. One of them has to be chosen. In
the case of speed sensors which transfer the longitudinal speed only, the drift and set can be entered
manually. As an alternative to selection of a speed sensor, it is also possible to input the speed manually,
if necessary. If fixed radar-targets are available, the speed can be determined by Reference Target
Tracking.
☞
The speed sensors also include position sensors which transfer not only the position but also the
speed and course made good. Compared to the present-day state of the art, they generally do not
meet the IMO Performance Standards for SDME (Speed and Distance Measuring Equipment).
Therefore, they might not be configured in the system, and so it might not be possible to select them
for speed input.
Display of the Speed Data Used
In the SPD line, the speed data used in the system are
displayed: longitudinal speed, Bottom Track / Water Track
status, and the selected sensor.
☞
19.3 kt
SPD
BT
LOG1
If the longitudinal speed is computed taking account of
data that are entered manually (e.g. Set+Drift), the value
has a yellow background.
Selection of the Speed Sensor
1.
2.
3.
Click on the speed sensor area. The list of speed sensors
appears. 1)
Preselect the desired sensor by clicking. The data transferred from this sensor are then displayed in the Multidisplay. 2)
The sensor is selected by clicking on the SELECT button.
☞
☞
1)
2)
3)
58
19.3 kt
SPD
LOG1
MAN
GPS1
GPS2
LOG1
LOG2
REF TGT
BT
2.DO
Check the sensor data for plausibility.
Check the supplementary values which might be
suggested by the system (depending on the type of
sensor preselected - see below). 3)
4.
1.DO
If a different sensor is to be preselected, this can be
done in the Multidisplay after clicking on the
displayed sensor.
By clicking on the CANCEL button, the sensor previously selected remains selected; values entered in
the Multidisplay are not taken over.
3.(check)
GPS2
SPEED
VALID VALUE
COG
SOG
317.4 °
19.1 kt
CANCEL
SELECT
4.DO
If there are several sensors of the same type connected to the system, they are each given a sequential number in addition to the statement
of sensor type.
The display indicating whether the speed displayed is over ground or through the water depends on the sensor:
- COG/SOG or SPD + BOTTOM TRACK = speed over ground
SPD + WATER TRACK = speed through the water.
The supplementary values suggested are computed by the system in such a way that, when they are taken over, no change occurs in the
longitudinal and transverse speeds.
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5 Heading, Speed, Position
RADARPILOT / CHARTRADAR
Operating Instructions
5.2 Speed Sensor
Settings Depending on the Sensor Type
Dual-axis Logs, e.g. ATLAS DOLOG 23
The longitudinal speed measured is displayed behind SPD ,
and the transverse speed measured is displayed behind
SPD . The triangles point in the direction of movement. If the
speeds are measured both through the water and over ground,
these data are also displayed.
If WT data (speed through the water) and BT data (speed over
ground) are both available at the same time, the data whose
field is marked in colour are used. Switching over is done by
clicking on the WT or BT field; if the TRACKPILOT is in the
activated state, this is possible only on the TRACKPILOT
master.
SPEED
LOG1
BOTTOM TRACK
WT
19.2 kt
1.50 kt
SPD
SPD
BT
18.9 kt
1.23 kt
Single-Axis Logs, e.g. EM Log DEBEG 4675
The longitudinal speed measured by the preselected log is
displayed behind SPEED.
The SET and DRIFT values displayed as a suggestion have
been selected such that, together with the longitudinal speed
measured by the preselected log, the same speed vector is
obtained as the one used previously.
☞
LOG2
SPEED
WATER TRACK
SPEED 19.2 kt
SET 300.0 °
DRIFT 1.50 kt
2.DO
If a drift value (not equal to zero) is entered, the log, as
soon as it is selected, is interpreted as being in Bottom
Track mode. If the previously selected sensor measured
the speed through the water (two-axis log in WT mode),
the values must be corrected to take account of the effect
of the existing current.
1.DO
1 2 3
4 5 6
1 2 3
4 5 6
Manual input takes place after clicking on the DRIFT or SET
field by means of the virtual keyboard.
Sensors which Determine the Speed from Position Data, e.g. GPS, Reference Target Tracking
The status transferred from the sensor is displayed.
The measured course over ground is displayed behind COG,
and the measured speed over ground is displayed behind
SOG.
DGPS
SPEED
VALID VALUE
COG
SOG
317.4 °
19.1 kt
Manual Input of Speed (MAN)
Behind SPEED, the longitudinal speed currently known to the
system (from the speed sensor selected previously) is entered;
if necessary, change the value by means of the virtual
keyboard after clicking on the SPEED field.
SPEED
MAN
VALID VALUE
19.2 kt
SPEED
DRIFT 1.50 kt
300.0
°
SET
For the set and drift, the same applies as for the single-axis log
- see above.
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59
5 Heading, Speed, Position
RADARPILOT / CHARTRADAR
Operating Instructions
5.3 Position Sensor
5.3
Position Sensor
There are often several position sensors connected to the system. One of them has to be selected. As
an alternative to selecting a position sensor, it can - if necessary - also be specified that the system position is to be determined on the radar by dead reckoning (EP = Estimated Position) using the gyro heading
and the speed data of the selected speed sensor.
After the position sensor has been selected, the accuracy of the position data must be checked continuously. Constant errors in the transferred position can be compensated manually.
General Remarks about Position Data
On the radar, it is basically necessary to distinguish between the following positions:
1.
System position: The display is shown in the position display when the cursor is situated outside
the PPI. "System position" is normally defined as a position in the forward part of the ship - usually
the location of the transducer of the DOLOG or of another installed log.
2.
Reference position for bearings: All displays relating to own position (own ship symbol, VRM/EBL,
range/bearing of the cursor position, CPA/TCPA) refer to the antenna position of the radar that is
being operated. This is made clear in the Position Display by the entry REF RADAR.
☞
3.
There is no LAT/LON display of this position, but in the small display-ranges the LAT/LON
values can be read off as the cursor position if the cursor is moved to the radar origin.
Cursor position: The display is shown in the position display when the cursor is situated within the
PPI. This display indicates the absolute geographical position.
All LAT/LON values are based on the geodetic datum "WGS 84".
☞
Important: Only position receivers may be connected to the radar system that output the position
values in the geographical reference system WGS 84 via an interface as per IEC 61162-1 1).
Display of the Position Data Used
In the Position Display, the position data used in the system
are displayed:
Behind POS: the selected position sensor.
Behind LAT and LON: the system position.
Behind COG and SOG: the values of course and speed
over ground that are transferred from the selected speed
sensor.
Behind ADJUST: the value of the manual position-correction in metres N/S and W/E,
☞
1)
60
REF RADAR
POS
GPS1
51.6 °
LAT 55:35.285 N COG
LON 008:36.437 W SOG 18.3 kt
– ––– –
ADJUST – – – – –
If a manual position-correction has been entered, the LAT
and LON values have a yellow background.
IEC 61162-1 largely corresponds to NMEA 0183 Version 2.30 of 1st March 1998.
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5 Heading, Speed, Position
RADARPILOT / CHARTRADAR
Operating Instructions
5.3 Position Sensor
Selection of the Position Sensor
1.
Click on the position sensor area. The list of the
connected position sensors appears. 1)
2.
Preselect the desired sensor by clicking. The position
received from this sensor, manually corrected if necessary (for correction of a constant position-error, see page
62), is then displayed in the Multidisplay.
3.
Furthermore, the bearing (BRG) and range (RNG) to the
position determined by the sensor that has been called up
are displayed in the Multidisplay.
1.DO
POS
GPS1
REF RADAR
51.6 °
LAT 55:35.285 N COG
LON 008:36.437 W SOG 18.3 kt
– ––– –
ADJUST – – – – –
2.DO
Check whether the values displayed are plausible.
4.
EP
INS
GPS1
GPS2
By clicking on the SELECT button, the sensor is selected.
☞
☞
3.(check)
If a different sensor is to be preselected, this can be
done in the Multidisplay after clicking on the
displayed sensor.
GPS2
POSITION
VALID VALUE
By clicking on the CANCEL button, the sensor previously selected remains selected.
180 °
LAT 55:35.085 N BRG
LON 008:36.437 W RNG 0.20 NM
CANCEL
SELECT
4.DO
Using Dead Reckoning to Determine the Position
If there is no position sensor available, or if the data from the position sensor are invalid or faulty, the
only remaining possibility of determining the position is the dead reckoning method, using the gyro
heading, the data from the selected speed sensor, and the drift value if such a value is entered.
WARNING:
The accuracy of the dead-reckoned position (display: EP) must be
checked continually. For safety reasons, an available position-sensor
must be selected as soon as possible.
The dead reckoning process is switched on in the same way as the selecting of a position sensor - see
above. During this process, the "position sensor" EP (= Estimated Position) must be selected. The special
feature is that, if EP is preselected, the starting position displayed in the Multidisplay can be changed.
The dead reckoning process begins with this position after pressing of the SELECT button.
Specifying the Use of the GPS Mode
If a DGPS receiver is selected, it can be specified whether the
received position is only to be used when the receiver is operating in differential mode.
1.DO
MENU
2.DO
Click on the MENU button, and then click on USER
SETTINGS.
If the position data of a DGPS receiver operating in GPS
mode (i.e. if differential mode is not possible) are not to be
used, the function DGPS ONLY must be switched on.
MENU
USER SETTINGS
3.DO
DGPS ONLY
If the position data are to be used even when the differential mode has failed, the function DGPS ONLY
must be switched off.
1)
If there are several sensors of the same type connected to the system, they are each given a sequential number in addition to the statement
of sensor type.
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61
RADARPILOT / CHARTRADAR
5 Heading, Speed, Position
Operating Instructions
5.3 Position Sensor
Check of the Accuracy of the Position Data
In the PPI, any inaccuracy in the position data causes displacement between
the own ship symbol and the radar video on the one hand, and
the tracks and the maps on the other hand.
The position used by the radar is normally accurate enough if the symbols of a map that may have been
generated for this purpose coincide with the videos of the radar targets when the display range is set to
a small value.
Correction of a Constant Position-Error (Position Offset)
If the displayed position is incorrect, the videos of fixed point-targets (e.g. buoys) do not coincide with the
symbols of these targets that are entered at the correct positions in a map. The position error is corrected
manually by making the video of a fixed target coincide with its map symbol:
1.
Switch on a sufficiently small radar range.
2.
Click on the ADJUST button. By flashing, the button indicates that the cursor in the PPI now has a special function.
3.
POS
GPS1
REF RADAR
51.6 °
LAT 55:35.285 N COG
LON 008:36.437 W SOG 18.3 NM
– ––– –
ADJUST – – – – –
Click on a map symbol whose radar echo is clearly recognisable and identifiable.
DO
If the cursor is now moved, the distances of the cursor
position from the clicked symbol in the north/south and
east/west directions are displayed behind the ADJUST
button.
4.
Click on the radar echo of the map symbol on which you have clicked. As a result, the correction
values displayed behind the ADJUST button (= position offset) take effect and is added to the position of the sensor.
☞
☞
5.
The entire track and map synthetics move by an amount equal to the position offset. The position offset that is entered continues to be displayed behind ADJUST. 1)
In this way, each direction can be corrected by up to 999 m.
1)
Check that the other symbols of the map too now coincide as well as possible with their radar
echoes. If necessary, processes 2 to 4 can be repeated on the basis of the position offset that exists
at that time.
☞
If the entire video has a rotational displacement relative to the map, this indicates that there is
probably a compass error. Either the synchronisation with the compass system is inadequate
(this must then be corrected – see page 57) or the compass system itself has a static or
dynamic course error. This should, if possible, be corrected in the compass system.
Deleting the Position Offset
The position offset is deleted automatically as soon as a
different position-sensor is selected.
The position offset is deleted manually by clicking on the
ADJUST button by means of the MORE key and by then
clicking RESET ADJUST by means of the DO key.
1.MORE
2.DO
135 N
ADJUST
RESET ADJUST
ADJUST
1)
62
––– –
368 E
––– –
If the EP position is being used, the position data are modified by an amount equal to the position offset. No limitation takes place.
ED 3038 G 232 / 01 (2002-06)
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6 Bearing and Range
RADARPILOT / CHARTRADAR
Operating Instructions
6.1 Cursor Display
Bearing and Range
Subjects of this Section:
◆
Measurement of bearing and range with the cursor display
◆
Measurement of range with the variable range marker (VRM)
◆
Measurement of bearing by means of the electronic bearing
lines (EBL’s)
◆
Parallel indexing by means of parallel index lines (PI)
6.1
Cursor Display
The bearing and range of an object with respect to own ship
can most easily and quickly be read off on the cursor display:
As soon as the cursor is situated in the PPI, the cursor position
instead of the own ship position is shown in the position
display. T CURS (instead of POS) then appears in the position
display.
REF RADAR
T CURS
LAT 55:35.285 N BRG 51.6 °
LON 008:36.437 W RNG 18.3 NM
– ––– –
ADJUST – – – – –
Behind BRG (= bearing), the true bearing of the cursor position with respect to own ship is displayed, and behind RNG (=
range) the distance from own ship’s position to the cursor position is displayed.
☞
If the gyro compass fails, the relative bearing is displayed behind BRG. This is indicated by the fact
that, instead of T CURS (T = true), the text R CURS (R = relative) appears in the heading of the
cursor display.
The manually-entered correction value which is taken into account in the displayed position of the cursor
(see page 62) is displayed behind ADJUST.
☞
6.2
The sailing time to the cursor position (TTG) and the time of arrival at the cursor position (ETA) are
displayed in the Quick Info Box - see page 105.
Variable Range Markers (VRM’s)
The radar has two VRM’s, which can be adjusted independently of
one another. With these markers, the distance from own ship or (in
conjunction with the EBL) the distance between two objects can be
measured.
VRM
1 2.00 NM
OFF
A VRM that is switched on can be recognised from the fact that the
distance is displayed in the VRM area. A VRM that is switched off is
indicated by the word OFF in the VRM area.
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6 Bearing and Range
RADARPILOT / CHARTRADAR
Operating Instructions
6.3 Electronic Bearing Lines (EBL’s)
Switching the VRM On and Off
VRM
The display of the VRM is switched on and off by clicking on the
desired VRM area.
☞
1 2.00 NM
DO
If the display range is reduced when the VRM is in the switchedon state, the VRM might be situated outside the visible range. If
you switch the VRM off and then on again, it returns to the
visible range.
OFF
Setting the Distance
Click on the VRM graphics in the PPI, drag it to the desired distance (e.g. to the object whose range is
to be measured). The VRM is fixed by clicking again.
6.3
Electronic Bearing Lines (EBL’s)
The radar has two EBL’s, which can be adjusted independently of
one another. With these EBL's, the bearing of an object with respect
to own ship or the bearing between two objects can be determined.
An EBL that is switched on can be recognised from the fact that the
bearing is displayed in the left-hand EBL-area. An EBL that is
switched off is indicated by the word OFF in that area.
Switching the EBL On and Off
EBL
1 122.7 ° T CENTER
OFF
T CENTER
1 122.7 ° T CENTER
The display of the EBL is switched on and off by clicking on the
desired EBL data area.
DO
OFF
T CENTER
Setting the Origin of the EBL
For the bearing with respect to own ship:
Select CENTER in the right-hand EBL-area.
For the bearing between two objects:
To set the EBL origin to a different position, in the PPI click on
the EBL origin and position it at the desired place by clicking.
In the right-hand EBL-area, select FIX ABS if the EBL origin is
to be at a fixed position, or select FIX REL if the EBL origin is to
move along together with own ship.
☞
CENTER
FIX ABS
2.DO
FIX REL
1 122.7 ° T CENTER
1.DO
The EBL remains intact even if the origin is situated outside the PPI. Switching on and off resets the
origin of the EBL to your own ship.
Setting the Bearing
Click on the EBL graphics in the PPI, set the desired direction, and fix it by clicking.
64
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6 Bearing and Range
RADARPILOT / CHARTRADAR
Operating Instructions
6.4 Operating the VRM and the EBL Jointly
Displaying the Relative Bearing
PPI Orientation North-Up and Course-Up:
The values displayed are true bearings. This fact is indicated in the
middle EBL-area by the letter T (= true). For as long as the DO key
is kept pressed in this area, the relative bearing is displayed (indicated by R = relative).
☞
1 122.7 ° R CENTER
DO
1 122.7 ° T CENTER
If the compass signal fails, the display is automatically switched over to relative bearing (R).
PPI Orientation Head-Up:
The values displayed are relative bearings. For as long as the DO key is kept pressed in this area, the
true bearing is displayed.
USEFUL INFORMATIONS
Latitude-Dependent Errors in the Display of the EBL
With the type of projection used for the longitude/latitude grid in the radar, the parallels of latitude become
more strongly curved with increasing latitude, while the meridians converge increasingly with increasing
distance from the equator (i.e. the direction of a meridian at the edge of the PPI is not 0° - 180° but might
be 358° - 182°); in other words, their directions no longer correspond to the degree scale at the edge of
the PPI.
In contrast to this, the EBL is always displayed as a straight line; its bearing displayed as an EBL value
has an error.
The following table shows the maximum errors for the various latitudes and range settings.
Distance of EBL from
own ship
6.4
Geographical latitude
20 °
40 °
60 °
80 °
10 NM
< 0.1 °
0.1 °
0.3 °
0.9 °
20 NM
0.1 °
0.3 °
0.6 °
1.9 °
40 NM
0.2 °
0.5 °
1.2 °
3.8 °
60 NM
0.4 °
0.8 °
1.7 °
5.7 °
80 NM
0.5 °
1.1 °
2.3 °
7.5 °
Operating the VRM and the EBL Jointly
If the EBL origin is set to CENTER, then after clicking on the point of
intersection of VRM1 and EBL1 or of VRM2 and EBL2, both
elements are moved jointly.
Measuring the Range and Bearing between Two Objects
If the EBL1 origin is set to FIX ABS or FIX REL, a marker is
displayed on EBL1 such that the distance of this marker from the
EBL1 origin is equal to the value of VRM1. If you click on this marker,
both VRM1 and EBL1 are changed by means of the cursor.
VRM
1 2.00 NM
OFF
EBL
1 122.7 ° T CENTER
OFF
T CENTER
The same applies to EBL2 and VRM2.
☞
By means of this procedure, the range and bearing between two objects can be measured: set the
EBL origin on object 1 and drag the marker to object 2.
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65
6 Bearing and Range
RADARPILOT / CHARTRADAR
Operating Instructions
6.5 Parallel Index Lines
6.5
Parallel Index Lines
There are four parallel index lines available, which can be adjusted individually.
Switching Parallel Index Lines On and Off
The parallel index lines can be switched on and off individually by
clicking on their number displayed below PI.
☞
When you switch the parallel index lines on, they appear in
the form in which they were set last. If the display range has
been reduced in the meantime, they might be situated
outside the visible range.
PI T
PI T
DO
Changing the Distance of a Parallel Index Line
Click on the parallel index line near the closest point of approach to own ship, drag it to the desired
distance, and click again.
Changing the Bearing of a Parallel Index Line
Click on the parallel index line near the compass rose, drag it into the desired direction, and click it again.
Displaying Values of a Parallel Index Line
While the parallel index line is being operated on the PPI, its data
appear in a dialog box:
INDEX LINE Number of the index line
RANGE
Distance from own ship (at the closest point of
approach)
BEARING
Bearings (direction and opposite direction) of the index
line
Switching the Bearing Display of the Parallel Index Lines to Relative or True
The display of the bearings of the parallel index lines can be switched
over between true bearing (indicated by T) and relative bearing (indicated by R).
INDEX LINE 1
11.5 NM
RANGE
BEARING
PI T
DO
125.8 ° T
305.8 ° T
PI R
The switch-over is performed by clicking on the indication T or R.
☞
66
If the compass signal fails, the display is automatically switched to
relative bearing (R).
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7 ARPA Functions
RADARPILOT / CHARTRADAR
Operating Instructions
7.1 Symbols Used
ARPA Functions
Subjects of this Section:
7.1
◆
Symbols used
◆
Manual target acquisition
◆
Automatic target acquisition by means of acquisition/guard
zone
◆
Automatic target tracking
◆
Deletion of targets, loss of target
◆
Target data display
◆
Target labels
◆
Selection of reference targets for reference target tracking
Symbols Used
Targets that have been acquired and are being tracked are provided with symbols indicating their track
status. Targets being tracked can also be provided with speed vectors and with a past position plot as
per Section 3.6 (see page 32).
Target acquired manually
Target acquired automatically (flashing)
(target which has triggered the TARGET IN AZ alarm or the TARGET IN GZ alarm)
Target (moving) being tracked
Fixed target being tracked
Target with target label
Target with label as reference target
(reference target tracking)
Dangerous target (flashing))
(target which has triggered the DANGEROUS TGT alarm)
Target whose data are being displayed
(symbol is displayed additionally)
Lost target (flashing)
(target which has triggered the LOST TGT alarm)
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RADARPILOT / CHARTRADAR
7 ARPA Functions
7.2 Procedure of the Target Acquisition
7.2
Operating Instructions
Procedure of the Target Acquisition
The ARPA radar permits manual and automatic acquisition of up to 50 targets. For automatic target
acquisition, there are two combined acquisition and surveillance zones 1) available. Acquired targets are
tracked automatically.
In the case of manual target acquisition, the target video is marked manually, and is thus initially
provided with the dotted square
. The radar then checks during the next three revolutions of the
antenna to determine whether the echo occurs twice at this position. If it does, this target is tracked automatically by the radar. If it does not, the radar does not recognise any target at this position, and the
LOST TGT alarm occurs. The target just acquired but lost is marked with the flashing symbol
In the case of automatic target acquisition, the radar evaluates all radar echoes appearing in the acquisition/guard zones. If the echo appears at a certain position at least six times during ten revolutions of
the antenna, it is evaluated as a radar target.
If the echoes do not belong to a target already being tracked, the position is treated as an acquired target
and is marked with the flashing symbol
. The alarm TARGET IN AZ appears, or - if the target was
already being tracked when it entered the acquisition/guard zone - the alarm TARGET IN GZ appears.
After acknowledgement of the alarm, the automatic target tracking begins.
☞ Automatic target acquisition is switched on and off together with the display of the acquisition/guard
zone - see page 69.
☞ If there are already 50 targets being tracked and another target is then acquired, the AZ OVERFLOW alarm appears. In this case, at least one non-critical target must first be deleted.
When the automatic tracking begins, the radar determines the movement of the target.
If the absolute speed determined for the target is less than 1.5 κν, the target is classed as a fixed
target; the symbol
appears.
If the speed of the target exceeds 1.5 kt, it is classed as a moving target and is marked with the
symbol
If the functions are switched on, also the speed vector is now displayed, the computation of collision
risks is performed continuously, and the past position plot is built up.
The target is now tracked automatically until
it is deleted manually or
it is lost because, during five revolutions of the antenna, no correlation of the video can be found by
the radar, or the detection probability falls below 50%, or
it leaves the target tracking range of 20 NM.
If a target is lost, a LOST TGT alarm appears and the lost target is marked accordingly.
☞
☞
The number of targets being tracked should be kept as small as possible; the presence of too many
targets causes confusion on the screen and distracts the operator’s attention from what is really
important.
Targets that are no longer relevant should be deleted in order to minimise the number of LOST TGT
alarms caused by targets leaving the radar range.
In the case of tracked targets entering a clutter area (rain or sea clutter), a "target swap" might occur;
parts of the rain front are suddenly being "tracked". A target swap can also occur if there are targets
situated close together or close to land. In the case of target swaps, no warning is given.
WARNING:
Automatic target acquisition and tracking are ensured only if the radar
video is OK, i.e. if it is adjusted in the same way as would also be necessary for visual evaluation.
1)
68
Called acquisition/guard zone in the following
ED 3038 G 232 / 01 (2002-06)
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7 ARPA Functions
RADARPILOT / CHARTRADAR
Operating Instructions
7.3 Manual Target Acquisition
WARNING:
Under particularly unfavourable meteorological conditions, it can
happen even with an optimum setting of the radar that targets in the
radar video cannot be detected automatically.
7.3
Manual Target Acquisition
1.
Click on the ACQ-TGT button (= Acquire Target); the button
flashes.
2.
Acquire the target video by clicking. For as long as the ACQ TGT
button is flashing, more targets can be acquired in the same way.
3.
The acquisition function of the cursor is switched off by clicking into the PPI by means of the MORE
key or by clicking again (with the DO key) on the ACQ TGT button.
☞
7.4
DO
ACQ TGT
When the 48th target is acquired, an indication appears, stating that only another two targets can be
acquired. After the 50th target has been acquired, an indication appears, stating that no more targets
can be acquired. Now at the latest, uncritical targets should be deleted.
Automatic Target Acquisition; Settings of the Acquisition/Guard Zone
Two acquisition/guard zones are available; they are independent of one another.
Each acquisition/guard zone consists of a segment of a circle which moves along with own ship as its
centre. The depth of the segment is 1 NM in each case. Its diameter (range) and angle can be adjusted.
Switching the Acquisition/Guard Zone On and Off
The acquisition/guard zone is switched on and off by clicking on the
area 1 or 2.
☞
DO
AZ / GZ
DO
If the acquisition/guard zone is switched off, automatic target
acquisition does not take place. Targets already acquired
continue to be tracked.
Setting the Range of the Acquisition/Guard Zone
Click on the inner or outer limit of the acquisition/guard zone, drag
the zone to the desired size, and press the DO key.
☞
DO
Changes the
range
The outer limit can be set to a value between 1.1 NM and
20 NM.
Setting the Angle of the Acquisition/Guard Zone
Click on a side limit of the acquisition/guard zone, drag the zone to
the desired angle, and press the DO key.
☞
DO
DO
Changes the
angle
The angle can be set to a value between 5° and 360°. The
setting takes place relative to the heading direction, i.e. the
acquisition/guard zone turns with the ship’s heading.
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7 ARPA Functions
RADARPILOT / CHARTRADAR
Operating Instructions
7.5 Deletion of Targets, Loss of Target
7.5
Deletion of Targets, Loss of Target
Deletion of a Target
1.MORE
Click on the target by means of the MORE key, and then click on
DELETE TARGET (with the DO key).
2.DO
DELETE TARGET
SHOW LABEL
DISPLAY DATA
SELECT REFERENCE TARGET
ZOOM FIXED ON TARGET
Deleting Several Targets
1.
With the MORE key, click on the ACQ TGT area. Then, with the
DO key, click on DELETE TARGETS. The ACQ TGT area
becomes the DEL TGT area, and it flashes.
2.
Delete the target by clicking. As long as the DEL TGT area is
flashing, other targets can be deleted in the same way.
3.
The deletion function of the cursor is switched off by clicking
into the PPI by means of the MORE key or by clicking again
(with the DO key) on the DEL TGT area.
1.MORE
2.DO
DEL TGT
Deletion of All Targets
Click on the ACQ TGT area by means of the MORE key, and then
click on DELETE ALL TARGETS (with the DO key).
ACQ TGT
DELETE ALL TARGETS
DELETE TARGETS
Flashing
1.MORE
2.DO
ACQ TGT
DELETE ALL TARGETS
DELETE TARGETS
Loss of Targets
If, in the case of an automatically tracked target situated inside the 20 NM target tracking range, several
revolutions of the antenna occur without reception of a radar echo, the target is lost. The LOST TGT
alarm appears, and the symbol of the target that has triggered the alarm changes to the shape
. The
symbol flashes until the alarm is acknowledged.
Leaving the Target Tracking Range
If an automatically tracked target leaves the 20 NM target tracking range, the tracking is switched off. No
warning is given.
7.6
Target Data Display
, either all available data (overall display) can be displayed for two radar targets, or the results of the collision avoidance (TCPA and CPA values) can be displayed (CPA/TCPA display) for eight targets.
Switching the Target Data Display On, Selecting the Targets
When you click on a target, this switches the target data display on. The data of the clicked target are
displayed in the mode that was set last (see below). Furthermore, the target is given the symbol
and
its target label (see page 72) is displayed.
If you click on more targets, the data of each of them appear in the display. In all cases, the data of the
last selected targets are displayed.
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7 ARPA Functions
RADARPILOT / CHARTRADAR
Operating Instructions
7.6 Target Data Display
Switching Off the Target Data Display of Individual Targets
When you click on a target which is marked with the symbol
, this switches off the display of its data.
Switch-Over of the Display
Where the target data are displayed, the System Track data can also be displayed. Furthermore, the
menus opened by means of the buttons MENU to BRILL appear there.
Regardless of the present display, the target data display appears as soon as a target for which the data
display has not yet been switched on (a target not yet marked with the symbol
) is clicked in the PPI.
Furthermore, the target data display appears when a target becomes a dangerous target.
After clicking on the OTHER button, the switch-over possibilities are listed in the context menu. With the
8 Targets button, the CPA-TCPA display is brought into the foreground; with the 2 Targets button, the
Overall Display is brought into the foreground.
☞
☞
The OTHER button appears in miniaturised form in the top right-hand corner of the target data or
System Track data as soon as the cursor is situated in this data area and there is no menu opened
there. It is displayed in normal form as soon as the cursor is situated in the area of the normal
display of the OTHER button (see also Swi t chi ng t he Di spl ays On and Of f on page 99).
When you click on the last target whose data are being displayed, this switches off the target data
display.
CPA-TCPA Display
The following data of the selected 8 (max) targets are displayed:
CPA
Closest Point of Approach
TCPA
Time to Closest Point of Approach
ID
CPA
TCPA
6.79 NM 10:03 min
2.27 NM 4:28 min
SIRIUS 12.59 NM 25:33 min
3.67 NM 8:15 min
12
0.479 NM 4:28 min
13
Overall Display
The following data of the selected 2 (max) targets are displayed:
ID
(= identifier) The target label
RNG
(= range) The range of the target
BRG
(= bearing) The bearing of the target
SPD
(= speed) Speed;
with prefix T (= true): speed over ground / through the
water;
with prefix R (= relative): speed relative to your own ship
BRG
T SPD
T CSE
(= course);
with prefix T (= true): course over ground / through the
water;
with prefix R (= relative): course relative to your own ship
BCT
BCR
CSE
ID
RNG
TCPA
CPA
2.01
57.9
21.1
217.6
4:29
0.13
4:09
0.20
13
3.50
21.1
19.8
190.0
14:20
1.78
6:34
0.46
NM
°
kt
°
min
NM
min
NM
TCPA
(= time to closest point of approach) The time up until the closest point of approach
CPA
(= closest point of approach) The distance at the closest point of approach
BCT
(= bow crossing time) The time that will pass before the target crosses the heading line of your
own ship
BCR
(= bow crossing range) The range of the point on own ship’s heading line at which the target
will cross that line
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7 ARPA Functions
RADARPILOT / CHARTRADAR
Operating Instructions
7.7 Target Labels
Determination of the Data
RNG, BRG, SPD and CSE are determined directly by the radar from the observed motion and the relative
position, taking account of own ship’s data in some cases. Assuming that the course and speed of the
target and of own ship will continue to have the values displayed, the TCPA, CPA, BCT and BCR are
computed.
7.7
Target Labels
Every target being tracked is automatically given an identification number from 1 to 50. This target label
can be displayed at the target symbol in the PPI. You can select whether the target label is to be
displayed automatically for new targets. Furthermore, it is possible to specify for each individual target
whether the target label is to be displayed.
Regardless of this setting, the target label appears at the target symbol in the PPI as soon as its target
data are displayed in the side strip.
☞
The allocation of the number cannot be influenced. The program ensures that no number is allocated
twice.
Instead of the number, it is also possible to use an individual text with up to 4 characters.
Switching the Automatic Display of the Target Label On and Off
1.DO
MENU
The automatic display of the target label in the case of new targets
is switched on and off by clicking on the TGT LABEL button in the
USER SETTINGS menu.
MENU
USER SETTINGS
2.DO
3.DO
TGT LABEL
Switching the Display of the Target Label of a Target On and Off
Switching on: Click on the target by means of the MORE key, and
then click on SHOW LABEL (with the DO key).
1.MORE
2.DO
Switching off: Click on the target by means of the MORE key, and
then click on HIDE LABEL (with the DO key).
SHOW LABEL
Inputting a Text as a Target Marker
In the target data display, click on the ID and enter the text by means
of the virtual keyboard.
☞
If the text is to be deleted again, after clicking on the ID click on
the ENTER button of the virtual keyboard.
1.MORE
ID
CPA
TCPA
6.79 NM 10:03 min
09
‘ 1 2 3
Tab q w e
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7 ARPA Functions
RADARPILOT / CHARTRADAR
Operating Instructions
7.8
7.8 Selecting the Reference Targets for Reference Target Tracking
Selecting the Reference Targets for Reference Target Tracking
If at least one fixed target 1) is selected as a reference target, the radar can determine own ship’s speed
vector with the aid of this target’s relative motion. By means of this "reference target tracking", the radar
also acts as a speed sensor, and can be called up as such under REFERENCE TARGET SPEED.
Selecting a reference target: Click on the fixed target with the
MORE key, and then click on SELECT REFERENCE TARGET (with
the DO key).
☞
☞
Up to five reference targets can be selected.
The speed input "reference target tracking" is treated as a
ground stabilized speed sensor (speed over ground), displayed
as COG/SOG data.
1.MORE
2.DO
SELECT REFERENCE TARGET
The first reference target is given an R as its target label. If there is more than one reference target
defined, all reference targets are given an independent sequential number in addition to the letter R.
Cancelling the selection: Click on the reference target with the MORE key, and then click on DESELECT REFERENCE TARGET (with the DO key).
CAUTION:
During reference target tracking, it shall be checked repeadly if the
selected reference targets are still displayed as fixed targets.
1)
If a moving target is selected by mistake, the own speed determined will be incorrect. To ensure accurate determination of speed, several
fixed targets should be checked as references.
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7 ARPA Functions
7.8 Selecting the Reference Targets for Reference Target Tracking
74
RADARPILOT / CHARTRADAR
Operating Instructions
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8 EPA Functions (Electronic Plotting Aid)
RADARPILOT / CHARTRADAR
Operating Instructions
8.1 Manual Target Acquisition and Semi-Automatic Plotting
EPA Functions (Electronic Plotting Aid)
Subjects of this Section:
◆
Manual target acquisition on the EPA radar
◆
Semi-automatic plotting on the EPA radar
◆
Differences between the EPA radar and the ARPA radar
The EPA radar differs from the ARPA radar principally in the fact that, on the EPA radar, targets have to
be acquired manually and can only be plotted semi-automatically. Furthermore, on the EPA radar, no
targets can be defined as references for reference target tracking.
8.1
Manual Target Acquisition and Semi-Automatic Plotting
On the EPA radar, up to 50 targets can be acquired manually and tracked semi-automatically.
In the case of manual target acquisition, the presumed target video is marked, and as a result it is
initially provided with the dotted square
For semi-automatic target tracking, the same target is marked manually with the second plot several
minutes later at its new position. The radar now computes the speed vector of the target and displays
that vector (if this function is selected - see page 34). The first plot is now displayed as the past position
plot. The target symbol 1) changes. It moves along with the target on the computed course at the
computed speed.
The plotting must be repeated if the target symbol does not coincide with the target video, but not later
than within 15 minutes. After 10 minutes in each case, the operator is reminded by the PLOT xx NO
UPDATE alarm that a new plot should be set. If the next plot is not then performed within five minutes,
the plot is aborted and the alarm PLOT XX ABORTED appears.
Beginning the Manual Plotting
1)
1.
Click on the ACQ TGT (= Acquire Target) button; the button
flashes.
2.
Acquire the target video by clicking. For as long as the ACQ
TGT button is flashing, more targets can be acquired in the
same way.
3.
The acquisition function of the cursor is switched off by clicking into the PPI by means of the MORE
key or (with the DO key) by clicking again on the ACQ TGT area.
DO
ACQ TGT
The same symbols are used as with the ARPA radar - see page 67.
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8 EPA Functions (Electronic Plotting Aid)
RADARPILOT / CHARTRADAR
Operating Instructions
8.2 Deletion of Targets
Continuing the Plotting of a Target
1.MORE
30 seconds at the earliest after a plot has been set, another plot
can be set for the same target:
Click on the target symbol by means of the MORE key, and then
(with the DO key) click on SET NEXT PLOT and on the target
video.
SHOW LABEL
DELETE TARGET
SET NEXT PLOT
DISPLAY DATA
ZOOM FIXED ON TARGET
2.DO
Deleting the Last Plot
1.MORE
If a plot is to be corrected, it must first be deleted within 30
seconds after setting of the plot.
Click on the target symbol by means of the MORE key, and then
(with the DO key) click on DELETE LAST PLOT.
8.2
2.DO
SHOW LABEL
DELETE TARGET
DELETE LAST PLOT
DISPLAY DATA
ZOOM FIXED ON TARGET
Deletion of Targets
Deletion of one target or of all targets is performed as described in Section 7.5 on page 70.
8.3
Target Data Display
The target data display does not differ from that of the ARPA
radar - see Section 7.6 on page 70. In addition, the time since the
setting of the last plot is displayed behind PLTIME.
8.4
0.13
BCT 4:09
BCR
0.20
PLTIME 1:43
CPA
1.78
6:34
0.46
8:33
NM
min
NM
min
Target Labels
As far as the target labels are concerned, the only difference is that, in the case of the EPA radar, the
display of the target label is generally in the switched-on state at first, and if necessary it can be switched
off in the USER SETTINGS menu, whereas in the case of the ARPA radar the general display of the
target label has to be switched on in the USER SETTINGS menu if necessary - see Section 7.7 on page
72.
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RADARPILOT / CHARTRADAR
9 Collision Avoidance (TCPA, CPA)
Operating Instructions
Collision Avoidance (TCPA, CPA)
Subjects of this Section:
◆
Computations for collision avoidance; setting of the TCPA and
CPA limits
For TCPA (Time to Closest Point of Approach) and CPA (Closest Point of Approach), limits can be set
such that, if the actual values fall short of these limits, the DANGEROUS TGT alarm will appear. If the
danger computation is switched on, the radar computes the TCPA and CPA values for all targets being
tracked. If these values fall short of the set limits,
the DANGEROUS TGT alarm appears,
the target which has caused the alarm is indicated on the PPI by means of the flashing symbol
the target data display is automatically switched on with this target at the first place, and the symbol
is marked with the target label.
☞
The computation is performed not only by the ARPA radar but also by the EPA radar. In the latter,
however, the results are less reliable because the target data on which the computation is based are
old and might therefore be incorrect. A reliable display can be obtained only if plotting is performed
frequently enough.
0.2 NM
0.1 NM
OFF
0.5 NM 10 min
Switching the Computation for Collision Avoidance On and Off
2.DO
Click on the CPA or TCPA area, and then click on OFF.
CPA LIM
1.DO
Changing the TCPA Limit
or
1.DO
2b.DO
Click on the TCPA area, and then click on the desired value, or click
into the upper numerical area and enter the value by means of the
virtual keyboard.
10 min
30 min
15 min
10 min
5 min
OFF
0.5 NM 10 min
2a.DO
CPA LIM
1.DO
Changing the CPA Limit
Click on the CPA area, and then click on the desired value, or click
into the upper numerical area and enter the value by means of the
virtual keyboard.
2b.DO
2a.DO
CPA LIM
0.5 NM
1 NM
0.5 NM
0.2 NM
0.1 NM
OFF
0.5 NM 10 min
1.DO
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9 Collision Avoidance (TCPA, CPA)
RADARPILOT / CHARTRADAR
Operating Instructions
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10 Trial Manoeuvres
RADARPILOT / CHARTRADAR
Operating Instructions
10
10.1 General
Trial Manoeuvres
Subjects of this Section:
◆
Setting a trial manoeuvre
◆
Relative and true display of the trial manoeuvre
10.1
General
Trial manoeuvres are needed mainly for collision avoidance. In this process, a planned manoeuvre of
own ship is simulated and the effect of this manoeuvre on the targets being tracked is checked in a
graphic display.
The
trial manoeuvre can be specified by
simulation of a course change, including the radius to be used by the ship and
the period of time up until the beginning of the simulated manoeuvre (the delay) and by
simulation of a speed change at the instant of the manoeuvre.
There are two display-modes available:
At the instant when the trial manoeuvre function is switched on, a switch-over to relative display
mode takes place. This display mode is used for fast setting of the necessary course-change, of the
delay and of the speed change.
In true display mode, the manoeuvre radius that can then be set and the acceleration 1) for the set
speed-changes are taken into account additionally.
☞
10.2
The target tracking and the automatic acquisition of targets are not interrupted during the execution
of a trial manoeuvre.
Switch-On of the Trial Manoeuvre Display
Click on the buttons MENU, UTILITIES and TRIAL
MANOEUVRE one after the other. The causes switching into
the relative display of the radar synthetics. The general
screen-stabilisation (TM or RM) and the alignment of the
heading line remain unchanged.
In the Multidisplay, the trial manoeuvre menu appears, with
the following data:
CSE:
The currently existing course 2)
SPD:
The currently existing speed 2)
DELAY: 0 minutes.
1)
2)
1.DO
MENU
2.DO
MENU
UTILITIES
3.DO
TRIAL MANOEUVRE...
CSE
298 °
DELAY
0 min
REL
TIME
SPD
RAD
19.5 kt
CLOSE
The acceleration behaviour of the ship is entered at service level during setting-to-work.
The resultant value used for the display of the own ship vector
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RADARPILOT / CHARTRADAR
10 Trial Manoeuvres
Operating Instructions
10.3 Setting the Trial Manoeuvre in Relative Display Mode
The following changes occur in the PPI:
In the lower region of the PPI, a large, flashing
is shown to draw attention to the fact that the trial
manoeuvre display is switched on and that, consequently, the symbols and vectors of the targets
being tracked are no longer being displayed in accordance with the real situation that actually exists
at that time.
The vector display (of the radar targets) is switched on.
The vectors are displayed in relative mode.
Past position plots, if switched on, are displayed in relative mode.
☞
Because the currently existing values were taken over, no manoeuvre has been simulated yet.
Past position plots
are displayed in
relative mode
Trails remain
unchanged
Targets get
relative vectors
Identification
marking of trial
manoeuvre display
Display before switch-on of the trial manoeuvre
(with true vector display)
10.3
Display after switch-on of the trial manoeuvre
(the target on the right is on a collision course)
Setting the Trial Manoeuvre in Relative Display Mode
Because the vector display during the trial manoeuvre is a relative display, a collision course can be
recognised from the fact that the vector of a target is pointing towards the own ship symbol (constant
bearing). A manoeuvre must be simulated which avoids this constant bearing while at the same time
fulfilling other conditions (e.g. keeping within the channel, avoiding shallow water, etc.).
A suitable vector-length should be set.
Simulating a Course Manoeuvre
Click on the CSE area, set the trackball to the desired course
change, and press the DO key for the second time.
☞
80
Because of the relative display mode, the target vectors are
rotated by the simulated course-change.
1.DO
2.
CSE
10°
3.DO
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10 Trial Manoeuvres
RADARPILOT / CHARTRADAR
Operating Instructions
10.3 Setting the Trial Manoeuvre in Relative Display Mode
Setting the Time Instant of the Simulated Manoeuvre
Click on the DELAY area, use the trackball to set the time that is to
pass before the simulated manoeuvre begins, and press the DO key
for the second time.
☞
DELAY
8 min
3.DO
The situation at the point in time defined by the delay value is
now displayed. The own ship symbol and the target vectors
have been shifted accordingly. If the display of the past position
plot is switched on, the shifted target-vectors can be assigned to
the targets by means of dashed lines.
Vectors and past position plots
have rotated in the simulation of
the course change
1.DO
2.
Trails remain
unchanged
Distance up until the
trial manoeuvre, as
selected with DELAY
No risk of collision
(vector shows sufficiently large passing
distance from the trial
manoeuvre position)
Trial manoeuvre
position
Relative display after setting of a trial manoeuvre
which would prevent a collision
If no suitable manoeuvre can be found by means of these two settings, a speed change must be simulated:
Simulation of a Speed Change
Click on the SPD area, use the trackball to set the speed at which
the ship is to travel from the beginning of the simulated manoeuvre
onwards, and press the DO key for the second time.
☞
Because of the relative display mode, the simulated coursechange causes a change in the directions and lengths of the
target vectors. The display is based on the simplifying assumption that, from the beginning of the manoeuvre onwards, the ship
travels at the set speed.
1.DO
2.
SPD
13 kt
3.DO
Rules for the Avoidance of Collision Courses:
1.
There must be no target vector pointing towards the own ship symbol of the trial manoeuvre.
2.
All manoeuvres and parameter settings must take place in accordance with the collision avoidance
rules and good seamanship.
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RADARPILOT / CHARTRADAR
10 Trial Manoeuvres
Operating Instructions
10.4 Checking the Trial Manoeuvre in True Display Mode
10.4
Checking the Trial Manoeuvre in True Display Mode
In true display mode, the trial manoeuvre is displayed with true vectors. Both the radius planned for the
manoeuvre and the acceleration behaviour for the speed change that is set are taken into account. All
settings made in relative display mode can still be changed in true display mode.
Switch-On of the True Display Mode
DO
The switch-over between true and relative display mode is
performed in the trial manoeuvre menu by clicking on the REL or
TRUE button.
☞
It is possible at any time to switch to and fro between the two
display modes without any loss of data or information.
REL
CSE
359 °
DELAY
8 min
TRUE
TIME
SPD
RAD
19.5 kt
2.0 NM
CLOSE
0 min
As a result of the switch-over, the following changes occur:
True vectors are displayed.
Own ship and targets are shown at their currently existing positions.
The trial manoeuvre line is displayed. It represents the track on which the ship would perform the
simulated manoeuvre. The radius displayed behind RAD in the Multidisplay is taken into account.
The simulated manoeuvre-radius can now be changed:
Changing the Simulated Manoeuvre-Radius
Click on the RAD area, use the trackball to set the radius with which
the course change is to take place, and press the DO key for the
second time.
1.DO
2.
1.0 NM
RAD
3.DO
Checking the Trial Manoeuvre
By means of TIME, the instant of time that is to be considered can
be set: Click on the TIME area and, by means of the trackball, vary
the time instant that is to be displayed. By continuous variation, a
synchronised display of the simulated own ship positions and target
positions takes place. If, for all TIME values, an adequate distance
between own ship symbol and the target symbol is displayed, the trial
manoeuvre will not show a dangerous approach.
2. To check,
vary this
TIME
1.DO
10 min
End the check by pressing the DO key.
If necessary, any of the trial manoeuvre settings can now be changed and the check can be repeated.
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10 Trial Manoeuvres
RADARPILOT / CHARTRADAR
Operating Instructions
10.5 Switching Off the Trial Manoeuvre Display
Trial manoeuvre line
Radius that is set
with RAD
Radius that is set with RAD
The present own position
Positions after the time
entered at TIME
Display after switch-over to true display mode
10.5
Check by variation of the TIME input
Switching Off the Trial Manoeuvre Display
Switching off is performed by pressing the CLOSE button situated
in the area where the trial manoeuvre data are displayed.
CSE
DELAY
8 min
SPD
RAD
19.5 kt
1.0 NM
TRUE
TIME
10 min
CLOSE
359 °
DO
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10 Trial Manoeuvres
10.5 Switching Off the Trial Manoeuvre Display
84
RADARPILOT / CHARTRADAR
Operating Instructions
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RADARPILOT / CHARTRADAR
11 Editing of Pre-planned Tracks
Operating Instructions
11
Editing of Pre-planned Tracks
Subjects of this Section:
◆
Editing and modification of tracks
◆
Management of tracks
Before a Pre-planned Track can be displayed and used in the PPI, it must be edited on a CHARTPILOT
or on a radar indicator. If there is a CHARTPILOT, it can and should be used for this work.
☞
On the CHARTPILOT, e.g. on the basis of the Electronic Chart, tracks can be edited much more
conveniently and also - thanks to the test possibilities available there - with greater nautical safety.
Pre-planned Tracks are accommodated in catalogs, and can be identified within the catalog by means
of a track number and a track name. Catalogs can be created and also - if necessary - deleted. Tracks
can be generated (edited), and existing tracks can have their contents altered, or can be assigned to
other catalogs, or can be deleted.
☞
☞
If there is a CHARTPILOT, it must always be in the switched-on state when work on tracks is being
done on the radar indicator, since the track data are physically stored in the CHARTPILOT.
If there is no CHARTPILOT in the system and if the tracks are to be used on several radar indicators,
the tracks - including the catalogs - must be transferred to the other radar indicators; see page 143.
The menus that are needed in connection with the editing of the tracks are opened from the TRACK
menu which is opened by clicking on the TRACK button.
DO
TRACK
LOAD List
- Loading of the track that is to be altered or copied
- Determining the track number for new tracks
TRACK
EDIT List and EDIT Menu
- Editing (generating and changing) of tracks
- Creating catalogs
- Assigning tracks to other catalogs
VISIBILITY...
TRACKS
LOAD...
CLEAR...
EDIT...
DELETE...
SYSTEM TRACK
DELETE List
- Deletion of tracks
- Deletion of catalogs
The following description is based on this menu.
ED 3038 G 232 / 01 (2002-06)
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85
RADARPILOT / CHARTRADAR
11 Editing of Pre-planned Tracks
Operating Instructions
11.1 Generating a New Pre-planned Track
11.1
Generating a New Pre-planned Track
Input of Management Data
1.
First of all, it is necessary to define which catalog the track is to be stored in, and under which
number:
Defining the track number and the catalog: In the TRACK menu, click on the LOAD button, then
click on the desired catalog and see which track number is not yet being used. Close the Load
Track(s) list by means of CLOSE.
2.
Calling up the EDIT TRACK menu: In the TRACK
menu, open the Edit Track list by means of the EDIT
button.
☞
Edit Track
No. Name
< NEW >
1304 BRIXAM-FREEPORT
1305 BRIXAM-MIAMI 2
1306 BRIXAM-MIAMI 5
3a. DO
All of the tracks loaded are listed there. Tracks are
loaded by calling them up for display - see page 37.
Let the marker remain at , and open the EDIT
TRACK menu by clicking on the EDIT button.
3.
Inputting the track number: In the small field behind
EDIT TRACK, enter the number of the track.
4.
Specifying the catalog: Click into the CATALOG field;
in the Catalog list which then opens, mark the desired
catalog and click on SELECT.
5.
Inputting the track name: It is entered in the TRACK
field.
3b. DO
EDIT
CLOSE
The EDIT TRACK Menu
Number and name of
the waypoint
Track Control Mode
Sailing Mode
Number and name of the track
Catalog
EDIT TRACK
CATALOG
TRACK
WPT
RHUMB LINE
Curve radius
RADIUS
Position of the waypoint
Management data
Waypoint data
TO WAYPOINT
NEW
1.00 NM
LAT 054:11.000 N
LON 012:08.575 E
STORE
Ending the editing properly;
entries are saved
APPLY
CLOSE
Editing function; this is
activated (flashing) by
clicking, and is selected with
the MORE key.
Defining the waypoint
position numerically
Aborting of editing;
no saving of the entries
Waypoint Data
Each waypoint has the following parameters:
86
Number of the waypoint. This identifies the waypoint, is allocated consecutively within the track,
and can be displayed in the PPI.
Name of the waypoint. This appears in the waypoint list when the Next Waypoint is being defined;
see page 40. This entry is not obligatory.
ED 3038 G 232 / 01 (2002-06)
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11 Editing of Pre-planned Tracks
RADARPILOT / CHARTRADAR
Operating Instructions
11.1 Generating a New Pre-planned Track
Position of the waypoint. Geographical position based on WGS 84.
Curve radius. Radius of the curve along which the ship is to sail at the waypoint
Sailing Mode. This specifies whether a track section longer than 20 NM from this waypoint to the
next one is to be displayed as a rhumb line (Sailing Mode = RHUMB LINE) or as a great circle
(Sailing Mode = GREAT CIRCLE) 1).
Track Control Mode. (TO WAYPOINT or TO TRACK). In the system configuration involved here,
this parameter is not important.
General Editor Characteristics
The position of the waypoints can be defined graphically or by alphanumeric input (both when a new
waypoint is being inserted and when the waypoint position is being changed).
When a new waypoint is being inserted, the curve radius, Sailing Mode and waypoint name are taken
over from the preceding waypoint and are also entered for the inserted waypoint.
Selecting the editing function is done by clicking on the
editing function button by means of the MORE key and
then clicking on the desired function by means of the DO
key.
The editing function is activated by clicking on the
editing function button. This is also in the active state
immediately after an editing function has been selected.
The fact that the editing function is active is indicated by
the fact that the editing function button is flashing.
The active editing function is deactivated by clicking on
the (flashing) editing function button or by clicking into the
PPI by means of the MORE key.
1. MORE
WPT
RHUMB LINE
2. DO
Is active (flashing)
TO WAYPOINT
NEW
NEW
SELECT
MOVE
DELETE
MOVE
DO
Is not active
MOVE
Every entry of waypoint parameters in the EDIT
TRACK menu must be completed by pressing the APPLY
button.
☞
For graphic editing, at least the display of the legs and of the waypoint symbols must be in the
switched-on state - see page 38.
Entering of Waypoint Data
The sequence in which editing is performed is partly a matter of personal preference and partly
dependent on the circumstances. For example, all waypoints can first be inserted graphically; then, in the
second step, the position is set alphanumerically to the precise value if necessary. (This procedure is
described in the following.)
WARNING:
Naturally, the inserting and moving of the waypoints can also be
performed generally by means of alphanumerical inputs. If a track lying
outside the radar range is to be edited while the ship is sailing, the
graphical methods are usually not appropriate.
1)
Great circle approximation: If the Sailing Mode GREAT CIRCLE has been entered at a waypoint on the Pre-planned Track and the
distance from the next waypoint is larger than 20 NM, this track section is automatically approximated to a great circle. For this purpose,
the program divides this track section into subsections, each having a length of 10 NM, and places the ends of these subsections on the
great circle.
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RADARPILOT / CHARTRADAR
11 Editing of Pre-planned Tracks
Operating Instructions
11.1 Generating a New Pre-planned Track
Entering of Waypoints.
1.
Activate the editing function NEW
2.
Specify the Sailing Mode: The switch-over
performed by clicking on the Sailing Mode field.
3.
☞
NEW
DO
is
Set the waypoint by clicking in the PPI.
During this process, the geographical coordinates of the
cursor position are displayed in the cursor display.
GREAT CIRCLE
DO
RHUMB LINE
WARNING:
This position might be faulty, e.g. if an incorrect Position Offset has
been entered.
4.
Each further click creates the next waypoint.
5.
If a waypoint is to be inserted at another place, the MORE key must first be pressed in the PPI.
To set a waypoint between two existing ones, click on the track between these waypoints and insert
the new waypoint by clicking.
To set a waypoint before the first waypoint, click on the first waypoint and proceed accordingly.
To then extend the track, click on the last waypoint and proceed accordingly.
Moving of Waypoints
1.
Activate the editing function MOVE.
2.
In the PPI, click on the waypoint that is to be moved.
MOVE
DO
Alternatively (e.g. because the waypoint is not situated in the display range): Click into the field of
the waypoint number and enter the number of the waypoint that is to be moved.
3.
Graphic input of position: Click on the new position.
Alphanumerical input: After clicking on the LAT and LON
fields, enter the geographical position by means of the
virtual keyboard and press the APPLY button.
☞
4.
LAT 054:11.000 N
LON 012:08.575 E
1.DO
2.DO
By pressing of the APPLY button again, the
waypoint that has just been processed is selected
again. In this way, a position that has accidentally
been entered wrongly can be corrected.
APPLY
3.DO
1 2 3
4 5 6
Repeat processes 2 and 3 for the other waypoints that
are to be moved.
Deletion of Waypoints
1.
Activate the editing function DELETE.
2.
In the PPI, click on the waypoints that are to be deleted, one after another.
DELETE
DO
Alternatively (e.g. because the waypoint is not situated in the display range): Click into the field of
the waypoint number and enter the number of the waypoint that is to be deleted. Then click on
APPLY.
88
ED 3038 G 232 / 01 (2002-06)
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11 Editing of Pre-planned Tracks
RADARPILOT / CHARTRADAR
Operating Instructions
11.1 Generating a New Pre-planned Track
Entering/Changing of Waypoint Parameters
1.
Activate the editing function SELECT.
2.
In the PPI, click on the waypoint that is to be processed.
SELECT
DO
Alternatively (e.g. because the waypoint is not situated in the display range): Click into the field of
the waypoint number and enter the number of the waypoint that is to be processed.
3.
Specifying the curve radius: Click on the radius field
and enter the value by means of the virtual keyboard.
RADIUS
This entry must be performed
at the first waypoint
at every waypoint at which the curve radius is to
change relative to the preceding waypoint.
☞
4.
DO
1 2 3
4 5 6
The entry of the radius is cancelled by input of the
value 0.
If desired, enter the name of the waypoint: Click on the
name field, and enter the name by means of the virtual
keyboard.
WPT
DO
5.
If the Sailing Mode is to change, make the appropriate
change.
‘ 1 2 3
Tab q w e
6.
For each waypoint, put the entries into effect by clicking
on the APPLY button.
DO
APPLY
The track is then computed anew. The curves are now
displayed. A curve radius that is entered also affects all of the
following waypoints up to a waypoint for which a different curve
radius has been entered.
ED 3038 G 232 / 01 (2002-06)
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NM
Tracklines
ma
x. 2
If the waypoints have been positioned so unfavourably (short
distance between waypoints, acute angles) and/or the radii
have been chosen so large that the ship will probably not be
able to sail along the track, this situation is indicated by means
of a special display of the track:
The tracklines (the straight lines up to the last waypoint
and up to the currently valid waypoint) are extended as far
as the waypoints.
In the display, the circular arc defined by the radius is
moved along the trackline to the last waypoint until it fits
between the two tracklines.
This movement takes place up to the last waypoint at the
most, but not further than up to a distance of 20 NM
between the beginning of the curve and the waypoint.
Behind the curve end of waypoint 7, this
curve does not fit into the angle formed by
waypoints 7, 8 and 9. Therefore, the
curve is shown displaced, and the display
of the Programmed Track is interrupted
by the display of the tracklines.
89
RADARPILOT / CHARTRADAR
11 Editing of Pre-planned Tracks
Operating Instructions
11.2 Modifying an Existing Track
Ending the Editing Process
Editing is ended by clicking on the STORE button. All entries
are stored 1).
☞
If the entries are not to be stored, the editing can be
ended by clicking on the CLOSE button.
LAT 054:11.000 N
LON 012:08.575 E
STORE
APPLY
CLOSE
DO
DO
If there is no CHARTPILOT in the system, data saving should
be performed after every change in tracks - see page 143. If the tracks are to be used on several radar
indicators, the tracks - including the catalogs - must be transferred to the other radar indicators; see page
143 too.
11.2
Modifying an Existing Track
If an existing track is to be modified, this track must be selected for display - see page 37.
1.
Calling up the EDIT TRACK menu: In the TRACK menu, open the Edit Track list by means of the
EDIT button.
2.
By clicking, mark the track that is to be modified.
3.
In the Edit Track list, open the EDIT TRACK menu by clicking on the EDIT button.
4.
The changes take place as described in Section 11.1.
11.3
Generating a New Track on the Basis of an Existing Track
The track that is to be used as the basis must already be selected for display - see page 37.
1)
90
1.
It is first necessary to define which catalog the track is to be stored in, and under which number.
Specifying the track number and the catalog: In the TRACK menu, click on the LOAD button,
and then click on the desired catalog and see which track number is not yet being used. Close the
list by means of CLOSE.
2.
Calling up the EDIT TRACK menu: In the TRACK menu, open the Edit Track list by means of the
EDIT button.
3.
By clicking, mark the track that is to be used as the basis.
4.
In the Edit Track list, open the EDIT TRACK menu by clicking on the EDIT button, and enter the
track number, the track name and (if necessary) the catalog - see page 86.
5.
By clicking on the CLOSE button, a copy of the opened track is saved under the new number.
6.
Mark the new track in the Edit Track list and open the new track again by means of the EDIT button.
7.
The changes and additions take place as described in Section 11.1.
... on the CHARTPILOT. If the CHARTPILOT is not operable, a message appears.
ED 3038 G 232 / 01 (2002-06)
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11 Editing of Pre-planned Tracks
RADARPILOT / CHARTRADAR
Operating Instructions
11.4
11.4 Managing the Pre-planned Tracks
Managing the Pre-planned Tracks
Creating a New Catalog
A catalog is created if, in step 4 during the entering of the management data (see page 86) in the process
of generating a track, a new catalog-name is entered in the field under Select Catalog instead of the
marking of a catalog. When the EDIT TRACK menu is closed by means of the CLOSE button, a message
appears, stating that the new track cannot be stored because the catalog entered does not exist, and a
question appears, asking whether the catalog is to be created. If this question is answered with Yes, the
catalog is created.
Deletion of Tracks and Catalogs
1.
In the TRACK menu, open the Delete Track(s) list by
means of the DELETE button. Initially, all catalogs that
have been created are listed there.
2.
Mark the desired catalog by clicking, and click on the
DELETE button. As a result, the list of tracks that are
contained in the catalog appears.
3.
By clicking, mark the track that is to be deleted, and
click on the DELETE button. As a result, the marked
track is irretrievably deleted.
4.
Repeat step 3 for any other tracks that are to be
deleted. If there are no more tracks present in the
catalog that has been opened and if the DELETE
button is then clicked, the catalog is deleted.
1.DO
2.DO
3a.DO
3b.DO
Delete Track(s)
Catalogs
WORLD
NORTHSEA
BALTIC
ATLANTIC
DELETE
CLOSE
Delete Track(s)
/ATLANTIC
No. Name
1304 BRIXAM-FREEPORT
1305 BRIXAM-MIAMI 2
1306 BRIXAM-MIAMI 5
1307 FREEPORT-MIAMI
1308 FREEPORT-MIAMI 1
DELETE
CLOSE
Giving a Different Number to a Track or Assigning a Track to a Different Catalog
In the first step, the track is copied and is stored under the new number or in a different catalog. The
steps needed for this are identical to steps 1 to 5 described in Section 11.3.
In the second step, the track under the old number or in the previous catalog is deleted - see above.
ED 3038 G 232 / 01 (2002-06)
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11 Editing of Pre-planned Tracks
11.4 Managing the Pre-planned Tracks
92
RADARPILOT / CHARTRADAR
Operating Instructions
ED 3038 G 232 / 01 (2002-06)
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12 Editing the Map
RADARPILOT / CHARTRADAR
Operating Instructions
12
12.1 Preparing the Editing of the Map
Editing the Map
Subjects of this Section:
◆
Editing the map
◆
Symbols and lines of the map
The elements of the map must be entered (edited) on a radar indicator and then distributed to the other indicators so that these
elements will then be available at these other indicators.
Various symbols and one type of line can be edited.
12.1
Preparing the Editing of the Map
So that loss of data does not occur during the data distribution which is then necessary, editing should
only be performed on the radar indicator having the most recent set of map data.
Calling the EDIT MAP Menu
1.DO
MAP
If there is a CHARTPILOT connected, switch over to Radar
Display Mode, e.g. by means of the RADAR MODE key.
Click on the MAP button and then on the EDIT MAP button.
The EDIT MAP menu appears in the Multidisplay.
MAP
MAP
VISIBLE
2.DO
The following description is based on this menu.
EDIT MAP...
SYMBOLS
SIMPLIFIED
EDIT MAP
NEW
SYMBOL
BUOY, LATERAL
STARBOARDHAND
AT POSITION
LAT 55:35.285 N
LON 008:36.437 W
APPLY
CLOSE
Switching the Editing Function of the Cursor On and Off
Behind the button which displays the word NEW when the EDIT MAP menu is switched on, there are all
of the editing functions of the cursor.
By the clicking of this button, the cursor obtains the editing function displayed on this button. This is indicated by flashing of the button. The editing function can now be executed by clicking into the PPI – see
Section 12.2 and 12.3.
By clicking again on this button (or by clicking into the PPI by means of the MORE key), the editing function is taken away from the cursor. The button stops flashing.
ED 3038 G 232 / 01 (2002-06)
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RADARPILOT / CHARTRADAR
12 Editing the Map
Operating Instructions
12.2 Editing of Symbols
Selecting the Editing Function of the Cursor
If, with the MORE key, you click on the button which
displays the word NEW when the EDIT MAP menu is
switched on, a context menu opens, showing a list of all
editing functions of the cursor. Click on the desired function.
EDIT MAP
1.MORE
SYMBOL
NEW
BUOY, LATERAL
2.DO
NEW
MOVE
DELETE
NEW
CONTINUE
INSERT
MOVE
DELETE
DELETE ALL
Editing functions of the
cursor for symbols
Editing functions of
the cursor for lines
EDIT MAP
SYMBOL
MOVE
BUOY, LATERAL
12.2
Editing of Symbols
Symbols can be inserted, moved or deleted.
Before a symbol is inserted, it must be defined. It can then be inserted by numeric input of the insertion
position or by clicking at the position on the PPI.
Defining can be done by selecting the symbol meaning or by graphic selection.
Defining the Symbol to be Inserted by Selecting its
Meaning
1.DO
1.
Set the SYMBOL/LINE button to SYMBOL.
4.DO
2.
In the button situated below that, select the symbol.
2.DO
☞
3.DO
3.
If the symbol can be supplemented by the addition of
elements, one of these elements is shown in the button
situated below that. Correct the element if necessary.
☞
4.
All symbols that can be edited are listed.
EDIT MAP
NEW
SYMBOL
BUOY, LATERAL
STARBOARDHAND
AT POSITION
LAT 55:35.285 N
LON 008:36.437 W
APPLY
The symbol defined in this way is displayed in the
graphics field.
CLOSE
Select the editing function NEW.
Selecting Graphically the Symbol to be Inserted
1.
Set the SYMBOL/LINE button to SYMBOL.
2.
Click into the graphics field and click on the desired
symbol.
☞
The meaning of the selected symbol is displayed
in the text fields.
1.DO
3.DO
EDIT MAP
NEW
SYMBOL
BUOY, LATERAL
STARBOARDHAND
2.DO
All symbols that can be edited are shown.
3.
94
Select the editing function NEW.
ED 3038 G 232 / 01 (2002-06)
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12 Editing the Map
RADARPILOT / CHARTRADAR
Operating Instructions
12.2 Editing of Symbols
The following symbols can be edited:
Beacon, Lateral
No Topmark
Porthand
Starboardhand
Buoy, Lateral
No Topmark
Porthand
Starboardhand
Beacon, Cardinal
North
East
South
West
Buoy, Cardinal
North
East
South
West
Beacon, Safe Water
Buoy, Safe Water
Beacon, Special Purpose
Buoy, Special Purpose
Beacon, Isolated Danger
Buoy, Isolated Danger
Wreck
Inserting a Symbol by Numeric Input of the Position
1.
2.
With the virtual keyboard, input the geographical coordinates behind LAT and LON.
By clicking on the APPLY button, the defined symbol is
inserted in the map at the position which you have
entered.
Inserting a Symbol by Clicking
AT POSITION
LAT 55:35.285 N
LON 008:36.437 W
1a.DO
APPLY
2.DO
008:36.
1b.
On the PPI, click on the insertion position. The specified object
is inserted in the map.
1 2 3
4 5 6
Moving of Symbols
1.
Select the editing function MOVE.
2.
On the PPI, click on the symbol that is to be moved.
3.
Click on the insertion position or input the insertion position numerically (see above).
NEW
MOVE
DELETE
Deletion of Symbols
1.
Select the editing function DELETE.
2.
On the PPI, click on the symbol that is to be deleted.
ED 3038 G 232 / 01 (2002-06)
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NEW
MOVE
DELETE
95
12 Editing the Map
RADARPILOT / CHARTRADAR
12.3 Editing of Lines
Operating Instructions
12.3
Editing of Lines
Lines are inserted by entering the line points one after another. These are thin, white, continuous lines.
Existing lines can be lengthened or deleted. On these lines, line points can be inserted, moved or deleted.
Inserting a New Line
1.
Set the SYMBOL/LINE button to LINE.
2.
Select the editing function NEW.
3.
Set the starting point of the line by clicking on the PPI, or
input the insertion position numerically (see page 95).
1.DO
☞
2.DO
EDIT MAP
NEW
LINE
COAST LINE
Each further clicking action sets the next point of the line.
Lengthening a Line
1.
Select the editing function CONTINUE.
2.
On the PPI, click on the starting point or end point of the
line.
3.
Click on the insertion position.
☞
Each further clicking action sets the next point of the line.
NEW
CONTINUE
INSERT
MOVE
DELETE
DELETE ALL
Inserting a Point on a Line
1.
Select the editing function INSERT.
2.
Click on the line between the points where a point is to be
inserted.
3.
Click on the position of the new point.
☞
Begin the next insertion by means of step 2.
NEW
CONTINUE
INSERT
MOVE
DELETE
DELETE ALL
Moving a Point of a line
1.
Select the editing function MOVE.
2.
On the PPI, click on the point that is to be moved.
3.
Click on the new position.
☞
Begin the next insertion by means of step 2.
NEW
CONTINUE
INSERT
MOVE
DELETE
DELETE ALL
Deleting a Point on a Line
1.
Select the editing function DELETE.
2.
On the PPI, click on the point that is to be deleted.
☞
96
Each clicking action on another point of the line deletes
that point.
NEW
CONTINUE
INSERT
MOVE
DELETE
DELETE ALL
ED 3038 G 232 / 01 (2002-06)
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RADARPILOT / CHARTRADAR
Operating Instructions
12 Editing the Map
12.4 Ending the Editing of a Map
Deleting a Line Completely
12.4
1.
Select the editing function DELETE ALL.
2.
On the PPI, click on the line that is to be deleted.
☞
Each clicking action on another line deletes that line.
NEW
CONTINUE
INSERT
MOVE
DELETE
DELETE ALL
Ending the Editing of a Map
Editing is ended by clicking on the CLOSE button. All inputs
are stored automatically in the radar indicator that is being
operated, and are available there for display.
So that the inputs can be displayed on other indicators too, the
processed map data must be transferred to these indicators in
accordance with Section 22.5 - see page 141. Furthermore,
data saving should be performed (likewise in accordance with
Section 22.5).
ED 3038 G 232 / 01 (2002-06)
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CLOSE
97
12 Editing the Map
12.4 Ending the Editing of a Map
98
RADARPILOT / CHARTRADAR
Operating Instructions
ED 3038 G 232 / 01 (2002-06)
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RADARPILOT / CHARTRADAR
Operating Instructions
13
13 Displays in the Multidisplay
13.1 Docking Display
Displays in the Multidisplay
Subjects of this Section:
◆
Preparation and selection of the Multidisplay content
◆
Display to support the docking manoeuvre
◆
Enlarged display of the target video in the Zoom Display
◆
Depth Display
◆
Display of wind data, drift and set
In the Multidisplay, one of the following displays can appear:
the graphic displays
Docking,
Zoom,
Depth,
Wind/Set+Drift
the menus
for the trial manoeuvre,
for editing of the map,
of the track system (Load Tracks, Clear Tracks, Edit Tracks, Delete Tracks, Set System Track,
Select Next Waypoint),
the alarm list,
the sensor menus,
of the speed sensor,
of the position sensor.
Switching the Displays On and Off
The graphic displays are switched on and off in the UTILITIES menu after clicking on the MENU button;
for details, see the following subsections. How the menus are opened and closed is described in the relevant sections. The alarm list is opened automatically by the occurrence of an alarm, and is closed automatically when the alarm situation no longer exists. Furthermore, the display of the alarm list can be
suppressed and can be called up again at any time - see Section 17.
The display that is called up last covers over the one that already existed. However, the displays that are
covered over remain active, except for the sensor menus, which close automatically in any case 30
seconds after the last operating action.
After clicking on the OTHER button, all active displays are listed in the context menu. By clicking on the
desired display, that display is brought into the foreground.
Parameterising of the Displays
All display settings mentioned in the following affect only the display on the radar indicator that is being
operated.
13.1
Docking Display
In the display ranges up to 1.5 NM, the distance and speed to a docking position can be displayed. For
this purpose, the docking position must first be defined on the PPI.
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RADARPILOT / CHARTRADAR
13 Displays in the Multidisplay
Operating Instructions
13.2 Zoom Display
WARNING:
The computation might be based on faulty data (e.g. the ship contour
being displayed, which does not necessarily have to correspond sufficiently accurately to the actual contour, or the data of the navigation
sensors), and so this display can only serve as an overview, and not as
the sole docking aid.
Switching the Docking Display On/Off
1.DO
MENU
Click on the MENU button. Then, in the USER SETTINGS menu,
click on the DOCKING button.
As a result of switching on, the docking position symbol is additionally set at own ship’s position on the PPI.
At the same time, the Docking Display appears on the Multidisplay.
MENU
USER SETTINGS
2.DO
3.DO
DOCKING
Specifying the Docking Position
Shifting: Click into the circle of the docking position symbol. Shift
the symbol by means of the trackball, and at the desired position
press the DO key. The symbol is kept at this geographical position.
Docking position
symbol
Rotating: Click on the docking position symbol near to the circle
but outside it. Rotate the symbol by means of the trackball, and
when the desired direction is reached press the DO key.
Adapting the Docking Display to Suit the Actual Starboard/Port Situation
In the Docking Display, click on STBD or PORT.
PORT
DO
STBD
Here, the arrangement in the Docking Display can be
adapted to suit the actual starboard/port situation.
STBD arrangement:
The distance and speed between the starboard side at own
ship’s bow and stern and the starboard side at the bow and
stern (respectively) of the docking position symbol
PORT arrangement:
The distance and speed between the port side at own ship’s
bow and stern and the port side at the bow and stern (respectively) of the docking position symbol
13.2
Zoom Display
In modes North-Up and Course-Up, an enlarged video display of a PPI excerpt can be switched on. You
can specify whether the excerpt is to remain at a fixed position or is to be moved along together with a
target or with own ship’s position.
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13 Displays in the Multidisplay
RADARPILOT / CHARTRADAR
Operating Instructions
☞
13.2 Zoom Display
In this zoom display, the area enlargement factor is 9 (the linear enlargement factor is 3).
Only the video is contained in the zoom image, i.e. no synthetics.
If the display of trails is switched on for the PPI, the trails in the zoom display are always displayed
in true mode. This is indicated by a T in the upper right-hand corner of the zoom display.
Switching the Zoom Display On/Off
1.DO
MENU
Click on the MENU button, and then click on the ZOOM button in
the USER SETTINGS menu.
As a result, the zoom frame is set in the PPI at a fixed position
around own ship’s position. The frame marks the area displayed in
enlarged form in the zoom display.
2.DO
MENU
USER SETTINGS
3.DO
ZOOM
At the same time, the zoom display appears in the Multidisplay.
ZOOM OFF
FIX REL
T = trails are displayed as true trails in the zoom display
FIX ABS T
Clicking causes a switch-over between a fixed zoom frame
(display FIX ABS) and a zoom display which is carried along
(with own ship’s position) (display FIX REL).
Display FIX TGT: The zoom frame is carried along with a
radar target.
This menu appears after the MORE key has been used to click into the
zoom display.
- Clicking on ZOOM OFF switches off the zoom display.
- Clicking on FIX REL or FIX ABS switches over between a fixed zoom
display and a zoom display which is carried along (with own ship’s
position).
Positioning the Zoom Frame
Click into the zoom display; then, at the desired position in the PPI, press the DO key.
Alternatively: In the PPI, click on the zoom frame at its contour, position the zoom frame by means of the
trackball, and press the DO key.
☞
When the zoom frame reaches the PPI boundary, it is kept there so that it can be accessed at any
time. In this case too, the area marked by the frame is displayed in the zoom display.
Switching Over between a Fixed Zoom Display and a Zoom Display being Carried Along with Own
Ship
The switch-over is done by clicking on the FIX ABS / FIX REL button situated in the zoom display.
FIX ABS = the zoom frame has a fixed position.
FIX REL = the zoom frame is carried along with own ship, maintaining a constant distance and bearing
relative to own ship.
Carrying the Zoom Display Along with a Target
Click on the target with the MORE key, and then click on ZOOM FIXED ON TARGET (by means of the
DO key). The FIX ABS / FIX REL button situated in the zoom display now indicates by means of FIX
TGT that the zoom frame is being carried along with the radar target displayed in the frame.
☞
By clicking on the FIX ABS / FIX REL button or by positioning the zoom frame, the zoom frame is
set at a fixed position.
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RADARPILOT / CHARTRADAR
13 Displays in the Multidisplay
Operating Instructions
13.3 Depth Display
13.3
Depth Display
If there is an echosounder connected, the actual and past depth can be displayed in the Depth Display.
Switching the Depth Display On/Off
1.DO
MENU
Click on the MENU button. Then, in the USER SETTINGS menu,
click on the DEPTH button.
2.DO
MENU
USER SETTINGS
3.DO
DEPTH
Setting the Display Range
Click into the depth scale, then click on the desired display range. If you click on AUTO there, the display
range is automatically adapted to suit the measured values.
DO
AUTO
10 m
50 m
100 m
150 m
500 m
1000 m
The depth range is automatically adapted
to suit the measured depth.
Water depth under the keel measured by the navigation
echosounder at the location of the selected transducer
including the depth history of the past 10 minutes
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13 Displays in the Multidisplay
RADARPILOT / CHARTRADAR
Operating Instructions
13.4
13.4 Wind/Set+Drift Display
Wind/Set+Drift Display
If there is a wind sensor connected, the wind data and the set and drift caused by the current can be
displayed numerically and graphically on the Wind/Set+Drift Display.
Switching the Wind/Set+Drift Display On/Off
1.DO
MENU
Click on the MENU button. Then, in the USER SETTINGS menu,
click on the WIND button.
Specifying whether the Wind is to be Displayed True or Relative
2.DO
MENU
USER SETTINGS
Switch-over is performed by clicking into the top right-hand area
(T or R) of the Wind/Set+Drift Display.
3.DO
WIND
Specifying whether the Wind Speed is to be Displayed in kt or in m/s
The switch-over is performed by clicking into the numerical field of the wind speed.
Wind direction and wind speed
R = relative wind, T = true wind;
switch-over by clicking
Ship symbol represents the present Gyro Heading
Yellow arrow pointing inwards: Wind direction
Blue arrow pointing outwards: Direction of the current
Red line: Actual course = Gyro Heading + drift angle
Direction and speed of the current,
The values are determined from the available sensor data. If not all of the
necessary data are available, the data displayed do not correctly represent
the drift vector.
Example: If only the longitudinal speed through the water (from an EM log)
and the speed vector over ground (from GPS) are available, the displayed
set and drift values indicate the offset caused by the current and wind.
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13 Displays in the Multidisplay
13.4 Wind/Set+Drift Display
104
RADARPILOT / CHARTRADAR
Operating Instructions
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14 Quick Info Box
RADARPILOT / CHARTRADAR
Operating Instructions
14
14.1 Contents of the Quick Info Box
Quick Info Box
Subjects of this Section:
◆
Contents of the Quick Info Box
◆
Operating procedure for the stopwatch
◆
Setting the Zone Time
14.1
Contents of the Quick Info Box
The position of the cursor defines which data are to be displayed in the Quick Info Box:
If the cursor is situated in the PPI:
Time that would be needed in order to reach the
cursor position at the present speed.
Time of arrival at the cursor position if own ship approaches
the cursor position at its present speed
If the cursor is not situated in the PPI:
Stopwatch (for operating procedure, see Section 14.2)
Zone Time (for setting see Section 14.3)
Date, time (see also page 140)
If the cursor is situated on an area that can be operated and the "Help" function is switched on:
☞
For switching on the "Help" function, see page 19
Actual Function of the DO key
Actual Function of the MORE key
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14 Quick Info Box
RADARPILOT / CHARTRADAR
Operating Instructions
14.2 Operating Procedure for the Stopwatch
14.2
Operating Procedure for the Stopwatch
Starting the Stopwatch
DO
The stopwatch is started by clicking on the start symbol
The previous timing value is reset to zero. Now, the time
which has elapsed since the stopwatch was started is
displayed.
☞
The fact that the stopwatch is running can be recognised from the fact that the rectangular symbol is
displayed black and not grey (insensitive).
CLOCK:
01:23:14
CLOCK:
00:00:01
Displaying the Intermediate Time
1.DO
1.
An intermediate time can be displayed by clicking on
the pause symbol
. The stopwatch continues to
run in the background.
00:17:33
CLOCK:
2.DO
2.
To again display the time which has elapsed since the
starting of the stopwatch, you must click on the start
symbol
again.
CLOCK:
00:17:33
CLOCK:
00:17:49
Stopping the Stopwatch
The stopwatch is stopped by clicking on the stop
symbol
. The time period measured is now displayed in
grey and remains unchanged until the stopwatch is started
again.
14.3
DO
CLOCK:
00:26:06
CLOCK:
00:26:06
Setting the Zone Time
After clicking on the ZT field, the Zone Time can be entered.
This setting acts throughout the entire system and can be set
between –12 to +12 hours.
DO
1 2 3
4 5 6
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15 Evaluation of the Radar Video
RADARPILOT / CHARTRADAR
Operating Instructions
15
15.1 Achievable Radar Range
Evaluation of the Radar Video
Subjects of this Section:
◆
Achievable radar range
◆
Radial and azimuthal distortions of the radar video
◆
Influences of fog, rain, snow, hail
◆
Reflections from the sea surface
◆
Disturbances caused by other radars
◆
False or indirect echo displays
◆
Sectors of reduced radar visibility
◆
Superrefraction - subrefraction
◆
Sector Blanking
15.1
Achievable Radar Range
The theoretically achievable radar range limited by the curvature of the earth depends on the height
of the antenna above the water surface and the height of the target, and is applicable under normal
atmospheric conditions - see the following table.
Antenna Height
Above Water Surface
Theoretically Achievable Radar Range
at a Target Height of
1m
3m
10 m
30 m
100 m
300 m
1000 m
8m
9 NM
12 NM
13 NM
18 NM
28 NM
44 NM
76 NM
15 m
11 NM
13 NM
16 NM
21 NM
31 NM
47 NM
79 NM
30 m
12 NM
16 NM
19 NM
13 NM
34 NM
50 NM
82 NM
Whether radar targets can be detected up to this theoretical range, even with optimum video setting,
depends not only on the atmospheric conditions but also on the characteristics of the target:
Large targets with good reflection characteristics produce strong echo signals and are displayed with
corresponding clarity on the screen.
Smaller targets situated in the shadow of large objects are not illuminated by the radar pulses and
are therefore not displayed.
Flat coasts have an unfavourable reflection cross-section and cannot be recognized until they have
been approached more closely. On the other hand, high coastlines and mountainous regions further
inland are recognised at a very early stage.
In the coastal approaches, the tide rip lines and surf areas are displayed similarly to coastlines.
However, this rather irritating display can be a valuable orientation aid for the coastal navigator.
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15 Evaluation of the Radar Video
15.2 Distortions of the Radar Video
RADARPILOT / CHARTRADAR
Operating Instructions
The reflections of radar waves from ice depend largely on the surface structure of the areas illuminated by the radar. Rough and jagged surfaces produce good echo displays, whereas smoothly
frozen-over surfaces, rounded surfaces and surfaces at an oblique angle generally reflect the transmitted pulses away from the ship. Thus, for example, the echo display of large icebergs can fluctuate
extremely severely, depending on the existing aspect.
The detection of low-lying blocks of ice (growlers) probably presents the greatest uncertainty:
WARNING:
Even if the anticlutter facilities are operated carefully, the echoes from
growlers can no longer be definitely identified if moderate disturbances
from the sea surface are present.
15.2
Distortions of the Radar Video
Because of the physical characteristics of the radar principle used, the video displayed does not correspond exactly to the position and form of the reflecting target. A distinction must be drawn between radial
distortions (in the direction of the target) and azimuthal distortions (perpendicular to the target direction)
- see figure on next page.
Radial Distortions
Radial distortions in the direction of transmission are caused by the fact that a target reflects the transmitted pulse for as long as the pulse is moving past the target 1). Thus, radial lengthening depending on
the pulse duration occurs on the screen. In the case of range measurements, it must be noted that the
echo edge facing own ship corresponds to the true front edge of the target.
If there are several targets behind one another with small (radial) distances between them, they are
shown separately on the screen if, and only if, their distance apart is so large that the radial lengthened
echoes do not overlap.
Azimuthal Distortions
Azimuthal distortions are caused by the width of the beam radiated by the antenna. A point target
appears wider the further away it is. At a distance of 10 NM with a horizontal antenna-beamwidth of 1.5°,
an individual target is displayed as an arc with a length of 480 m. Because of this effect, individual targets
situated beside one another can merge to form a single target.
Not only individual targets but also small spits of land aligned in the radial direction appear wider than
they really are, and radially oriented entrances appear narrower than in reality.
☞
As a result of azimuthal distortions and/or changes in the target position, the radar centroid of a
target can change, especially at short range. In the case of a target being tracked, this can lead to
a sudden change in the displayed vector.
In addition to these undesirable azimuthal distortions, targets can also be deliberately widened with
increasing distance, so that narrow, close-range targets too can be seen clearly. This function is used in
the Clean Sweep Modes MEDIUM and OPEN SEA. It ensures that the azimuthal distortion corresponds
to the radial distortion over a wide range of distances. Because the radial distortion depends on the pulse
length, when Target Enhancement is switched on the targets are displayed particularly large by the selection of Long Pulse.
1)
The pulse length setting LP thus generates larger radial distortions than SP.
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15 Evaluation of the Radar Video
RADARPILOT / CHARTRADAR
Operating Instructions
15.3 Undesirable Echo Displays and Effects
Width of the beam radiated by the antenna
Two adjacent targets merge to
form one radar echo (azimuthal
distortion)
A spit of land is displayed wider
Two targets behind one
another merge to form one
radar echo (radial distortion)
An entrance is
displayed narrower or
not at all
Radar video
Land contour
Radar video
Actual size of the target
Azimuthal distortion
Radial distortion
Radial and azimuthal distortions of the radar video
15.3
Undesirable Echo Displays and Effects
Disturbances of the radar video are caused by
meteorological processes,
reflections from the sea surface,
radar signals from other transmitters,
false echo displays,
sectors of reduced radar visibility,
superrefraction and subrefraction.
Influences of Meteorological Processes
The influence of meteorological phenomena such as fog, rain, snow or hail on the radar video increases
with the size of the droplets in relation to the radar wavelength, and with the density of the droplets. The
shorter-wave X-band radar (with a wavelength of 3 cm) is therefore generally impaired more severely by
meteorological influences than is the longer-wave S-band radar (10 cm wavelength).
X-Band Radar
Even in the X-band radar, fog causes practically no disturbances, whereas precipitations with larger droplets attenuate the transmitted radar pulses and thus weaken to a greater or lesser extent the display of
targets situated behind extensive areas of precipitation. Furthermore, throughout their entire extent, rain,
snow and hail reflect part of the transmitted energy and produce echoes in the form of milky areas in the
radar video (backscatter).
Because of the very different signal structures of useful targets and rain areas, rain clutter can be noticeably reduced by the rain clutter suppression function.
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15 Evaluation of the Radar Video
15.3 Undesirable Echo Displays and Effects
RADARPILOT / CHARTRADAR
Operating Instructions
In the case of strong, extended areas of rain, the losses become so great that the achievable range is
reduced very severely. Useful targets might be completely concealed.
S-Band Radar
The S-band radar „sees“ through the rain with practically no attenuation losses, and even detects targets
in and behind a rain area. The echo signals caused by the rain are only displayed weakly. Similar behaviour is exhibited in the case of hail and snow.
In this case too, unusually heavy rain can reduce the achievable ranges and thus cause sudden loss of
targets.
Reflections from the Sea Surface
Clutter echoes from the surface of the sea can be recognised from the fact that a mostly circular but
eccentric area displaced in the wind direction and having non-uniform brightness is formed around the
own ship symbol (sea clutter). These echoes make targets in this region more difficult to detect and track,
but they have no effect on the display of targets situated behind the reflection zone.
These disturbances are more severe in the case of a radar antenna mounted high up than for one
mounted lower down. The area covered by these disturbances increases with increasing sea state, and
is increased particularly by steeper waves.
With the aid of the sea clutter suppression function, the disturbance echoes described above can be
reduced. However, since this also weakens the display of targets and because the target might not be
displayed with every revolution of the antenna, maximum concentration by the observer is necessary. In
the case of automatic target tracking, the sea clutter suppression function can lead to the loss of targets
due to the attenuation of the signals.
Disturbances Caused by Other Radars
Transmissions from other radars working in the same electrical frequency band occur as disturbances in
the form of small points or dashes. These move in rapid succession along straight or curved tracks to the
centre of the screen or in the opposite direction.
These disturbances appear particularly clearly at the larger range settings, but they impede radar observation to an insignificant extent only. They can be almost completely eliminated by means of the Interference rejection function.
False or Indirect Echo Displays
False or indirect echo displays ("ghost echoes") occur as a result of reflection of the radar pulses by the
ship's own superstructures of all kinds and by nearby objects that reflect very well. Therefore, a typical
feature of these echoes is that they appear at the bearing of the reflecting surface, regardless of the real
position of the targets.
When two ships pass one another on parallel courses, multiple echoes can often be observed as a result
of pulses reflected to and from several times between the ships' sides. On the screen, a series of equispaced echo displays of decreasing intensity appears at the bearing of the object.
Sectors of Reduced Radar Visibility
Sectors of reduced radar visibility occur as a result of own ship's superstructures which impair and
prevent rectilinear propagation of the radar pulses. Theoretical determination of the geometry of these
sectors and of their influence on the display of targets is possible to an inadequate extent only. An effective practical method consists of determining the shadow sectors against the background of disturbance
signals from the sea surface (sea clutter).
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15 Evaluation of the Radar Video
RADARPILOT / CHARTRADAR
Operating Instructions
15.4 Sector Blanking
Superrefraction - Subrefraction
If the normal refraction gradient for the radar wave in the maritime boundary layer of the atmosphere is
changed by external influences, subrefraction occurs when the transmitted beam is bent upwards away
from the earth’s surface, and superrefraction occurs when the transmitted beam is bent down towards the
earth’s surface.
In the case of superrefraction, false echoes of targets outside the set range of measurement can occur:
the echo of a transmitted pulse is not received and displayed until the occurrence of the CRT deflection
trace controlled by the next transmitted pulse or by the one after that. The resulting ghost echoes can
occur at any position. Since the position of ghost echoes depends on the pulse repetition frequency,
ghost echoes can be recognised as such by switching over the pulse length on the master radar.
☞
Every pulse length has a particular pulse repetition frequency assigned to it; therefore, when the
pulse length is changed, the repetition frequency changes too.
15.4
Sector Blanking
If the radar function is suppressed in particular sectors (because parts of own ship’s superstructure do
not allow the radar to function in these directions), these sectors are indicated on the PPI near the
compass scale.
Blanking sector
Display of Sector Blanking (Example)
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15 Evaluation of the Radar Video
15.4 Sector Blanking
112
RADARPILOT / CHARTRADAR
Operating Instructions
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16 The Radar Keyboard
RADARPILOT / CHARTRADAR
Operating Instructions
16
The Radar Keyboard
Subjects of this Section:
◆
Functions of the keys and rotary knobs on the optional
radar keyboard
◆
The operating panel of the flat screen monitors AZ3056
and AZ3063
The radar keyboard is used to provide fast, convenient
access to those functions that are used frequently. When
this keyboard is used, the operating possibilities described
in the other sections of these operating instructions continue
to be available in full. Alternating operating actions are
possible at all times.
☞
RADARPILOT ATLAS 1000
In the configuration described in these Operating
Instructions, the CONN MODE button has no function.
For Section 2.3, Br i l l i ance and Col our Sel ect i on (see page 21):
Brilliance, Colour Selection
BRILL
By pressing of the BRILL key, the BRILLIANCE menu is opened; then use the procedure described in Section 2.3.
Setting the Illumination of the Keyboard
Press the BRILL key or click on the BRILL button. Then click on the
PANEL area, and use the trackball to make the desired setting. Then
press the DO key.
1.DO
BRILL
2.DO
3.
PANEL
90 %
4.DO
For Section 2.4, Degaussi ng (see page 23):
Degaussing
BRILL
By pressing of the BRILL key, the BRILLIANCE menu is opened; then use the procedure described in Section 2.4.
For Section 2.5, Di spl ay Modes (see page 24):
Only if there is a CHARTPILOT installed:
Switching the Radar Display Mode on
By pressing of the RADAR MODE key, the Radar Display Mode is switched on. The
radar PPI is displayed. In addition, a map can be displayed.
The green lamp above the key indicates this setting.
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RADAR
MODE
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RADARPILOT / CHARTRADAR
16 The Radar Keyboard
Operating Instructions
For Section 2.5, Di spl ay Modes (see page 24):
Only if there is a CHARTPILOT installed:
Switching the Chart Display Mode on
By pressing of the CHART MODE key, the Chart Display Mode is switched on. The
radar PPI is displayed. In addition, User Chart Objects can be displayed. On the
CHARTRADAR, the vector charts that exist on the CHARTPILOT can be displayed
additionally.
CHART
MODE
The green lamp above the key indicates this setting.
For Section 3.3, Cent er i ng / Of f - Cent er i ng of t he Di spl ay ( Cent er , Of f - Cent er ) (see page 31):
Centering the Display
CENT
By pressing of the CENT key, own ship is centered in the PPI.
Off-Centering the Display
OFF
CENT
Move the cursor to the intended position of own ship’s symbol within the PPI on the
screen, and press the OFF CENT key.
For Section 3.4, Range Sel ect i on ( Range) (see page 31):
Selecting the Next Larger or Next Smaller Range
The next smaller range is switched on by means of the key
range is switched on by means of the key
☞
, and the next larger
RANGE
The change-over from the docking ranges to the nautical ranges is also performed
in this way.
For Section 3.6, The Set t i ng of Vect or s (see page 34)
Setting the Length of the Vectors
REL
Press the TIME key, and use the trackball to set the vector length.
TRUE
TIME
VECTORS
Switching the Vectors to Relative or True Display Mode
The switch-over is performed by pressing the key REL/TRUE.
As a result, the past position plots too are switched over to relative or true display mode.
For Section 4.2, Basi c Set t i ng of t he Radar Vi deo (see page 49):
Tuning, Gain, Rain Clutter Suppression and Sea Clutter Suppression
These settings can be made at any time by means
of the rotary knobs TUNE, GAIN, RAIN and SEA. If
an automatic function is switched on (AFC, AUTO
RAIN, AUTO SEA), it is automatically switched off
when the corresponding rotary knob is operated.
114
TUNE
GAIN
RAIN
SEA
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RADARPILOT / CHARTRADAR
16 The Radar Keyboard
Operating Instructions
For Section 4.7, Suppr essi on of t he Synt het i cs and Vi deo (see page 53):
Suppression of the Synthetics or Video
If the SYNTH OFF key is pressed, no synthetics are displayed on the PPI.
For as long as the key VIDEO OFF is pressed, no video is displayed.
VIDEO
OFF
SYNTH
OFF
VRM1
VRM2
OFF
OFF
For Section 6.2, Vari abl e Range Mar ker s ( VRM’ s) (see page 63):
Using One VRM
If the VRM is in the switched-off state, it is switched on by pressing of the key VRM1
or VRM2, and the rotary knob VRM is assigned to that VRM. The desired distance can
now be set by means of the rotary knob. If the VRM key that was pressed previously is
pressed again, this switches the VRM off.
VRM
Switching the Second VRM On and Using It
If one VRM is in the switched-on state, the second VRM too is switched on by pressing of the other VRM
key, and the rotary knob VRM is assigned to the second VRM. The desired distance of the second VRM
can now be set by means of the rotary knob.
Using Both VRM’s
If both VRM’s are switched on, the first pressing of a VRM key assigns the rotary knob to that VRM, and
the second pressing in succession causes switch-off of the VRM.
☞
☞
The arrow in front of the VRM area indicates the VRM which can currently be altered by means of
the rotary knob.
If the display range was reduced when the VRM was in the switched-on state, it may be that the
VRM is situated outside the visible range. When the VRM knob is operated, the VRM appears at the
edge of the PPI.
For Section 6.3, El ect r oni c Bear i ng Li nes ( EBL’ s) (see page 64):
Using One EBL
If the EBL is in the switched-off state, it is switched on by pressing of the key EBL1 or
EBL2, and the rotary knob EBL is assigned to that EBL. The desired bearing can now
be set by means of the rotary knob. If the EBL key that was pressed previously is
pressed again, this switches the EBL off.
Switching the Second EBL On and Using It
EBL1
EBL2
OFF
OFF
EBL
If one EBL is in the switched-on state, the second EBL too is switched on by pressing of the other EBL
key, and the rotary knob EBL is assigned to the second EBL. The desired bearing of the second EBL
can now be set by means of the rotary knob.
Using Both EBL’s
If both EBL’s are switched on, the first pressing of an EBL key assigns the rotary knob to that EBL, and
the second pressing in succession causes switch-off of the EBL.
☞
The arrow in front of the EBL area indicates the EBL which can currently be altered by means of the
rotary knob.
The setting of the EBL origin and the display of the relative bearing can be performed only by means
of an operating procedure on the display.
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16 The Radar Keyboard
RADARPILOT / CHARTRADAR
Operating Instructions
For Section 6.5, Par al l el I ndex Li nes (see page 66):
Selection of the Parallel Index Line that is to be Operated
PI
Click on the PI key once or several times until the triangle is positioned beside
the parallel index line that is to be operated.
OFF
VRM
EBL
Switching On and Off the Display of Parallel Index Lines
By pressing the PI key for a longer time, the display of the selected parallel index
line is switched on and off.
Moving a Parallel Index Line
The distance of the parallel index line is set by means of the VRM knob, and its direction is set by means
of the EBL knob.
For Section 7.3, Manual Tar get Acqui si t i on (ARPA radar) (see page 69):
Manual Target Acquisition
ACQ
TGT
Move the cursor to the target video, and press the ACQ TGT key.
For Section 8.1, Manual Tar get Acqui si t i on and Semi - Aut omat i c Pl ot t i ng (EPA radar) (see page 75):
Beginning the Plotting of a Target
ACQ
TGT
Move the cursor to the target video, and press the ACQ TGT key.
For Section 17, Al ar m Management (see page 117):
Acknowledging an Alarm
If there is an acoustic signal, it is switched off by pressing of the ACK ALARM key. If
there is no acoustic signal (or if there is no longer an acoustic signal), the alarm marked
in colour is acknowledged with the ACK ALARM key.
ACK
ALARM
The red lamp above the key lights up if there is an alarm which has not been acknowledged.
116
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17 Alarm Management
RADARPILOT / CHARTRADAR
Operating Instructions
17
Alarm Management
Subjects of this Section:
◆
Display of alarms
◆
Switching the acoustic signal off
◆
Acknowledgement of alarms
◆
Setting the sounding of the acoustic signal
◆
Monitoring of the Computer
If the radar wants to draw the operator’s attention to a situation
which might require his intervention, it generates an alarm. This
alarm is displayed in the alarm list which opens automatically in the
Multidisplay.
ALARM LIST
HIDE
ACK
LOST TGT 03 13.2NM 224°
AZ OVERFLOW
Many alarms are supplemented by an acoustic signal
- see Section 18.
Behaviour when an Alarm Occurs
1.
Switch off the acoustic signal (if there is one) as follows:
In the alarm list, click on the ACK (= acknowledge) button or
on the coloured horn symbol. As a result, the acoustic signal is
switched off on the radar indicator that is being operated.
DO
ACK
2.
Immediately obtain information about the causes of the alarm,
about the system status and about possible system reactions, and - if necessary - immediately perform all necessary
actions for the avoidance of possible danger.
3.
Removing the cause of the alarm: If the alarm has occurred due to a cause that can be removed,
that cause must be removed as quickly as possible; see also Section 29.
Many alarms disappear when the cause disappears. Acknowledgement is then unnecessary.
4.
The alarm must be acknowledged if the situation allows or
requires such acknowledgement:
In the alarm list, press the ACK button or click on the coloured
horn signal. As a result, the alarm which is marked in colour is
usually acknowledged, i.e. it is removed from the alarm list. As
a result of this, alarms which have also been distributed to
other items of equipment within the system are acknowledged
there too. If some other alarm is marked, the alarm which is to
be acknowledged must be marked beforehand by clicking. 1).
DO
ACK
LOST TGT 03 13.2NM 224°
AZ OVERFLOW
ACK
LOST TGT 03 13.2NM 224°
If alarms are also distributed to other items of equipment within
the system, or if the system deviates from the behaviour
described above, e.g.
if the alarm cannot be acknowledged at all or throughout the entire system, or
if acknowledgement causes something to be initiated or enabled, or
if an acknowledged alarm is repeated for as long as the cause of the alarm continues to exist,
1)
If the display of the list has been switched off even although an alarm that can be acknowledged has not been acknowledged, that alarm
is automatically marked as soon as the list is opened again. Only in this case is it necessary, after opening of the alarm list, to mark the
most recent alarm by clicking before acknowledgement.
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17 Alarm Management
Operating Instructions
this situation is mentioned in Section 29. In all cases, this second pressing of the ACK button or of
the coloured horn symbol switches off on all items of equipment the acoustic signal caused by the
alarm.
Generally Switching On and Off the Acoustic Signal for Particular Alarms
For the alarms marked with the symbol
in Section 18, it
is possible to specify whether or not there should be an
acoustic signal when these alarms occur. This setting applies
jointly to all alarms marked in this way.
1.DO
MENU
2.DO
The switch-over is triggered by clicking on the BUZZER
button in the USER SETTINGS menu.
☞
3.DO
MENU
USER SETTINGS
BUZZER
When the alarm tone is switched off, the horn symbol has
a cross superimposed on it.
Switching Off the Display of the Alarm List
When the last remaining alarm shown in the alarm list is acknowledged, the display of the alarm list is
switched off automatically. The horn symbol appears on a grey background, indicating that there are no
alarms that have not been acknowledged.
The display of the alarm list can be switched off even when there are one or more alarms. This is done
by clicking on the HIDE button in the alarm list. The horn symbol meanwhile continues to be coloured.
This indicates that there is at least one alarm that has not been acknowledged.
☞
Even if the display of the alarm list has been switched off by means of the HIDE button, the alarm
list opens automatically as soon as another alarm occurs.
Switching the Display of the Alarm List On
DO
If there is an alarm that has not been acknowledged, the
display of the alarm list can be switched on at any time by
clicking on the horn symbol.
ALARM LIST
HIDE
ACK
LOST TGT 03 13.2NM 224°
AZ OVERFLOW
Monitoring of the Computer
If the computer of the display electronics unit fails completely, the PPI is covered by a red square. If
this display continues to exist even after the radar system has been switched off and then switched on
again, there is a fault which can be corrected only by service personnel.
Prevention of Triggering of the Watch Alarm
If the installation has been performed appropriately, any operating action performed on the radar indicator
will have the same effect as the operating of a watch alarm key.
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18 List of Alarms
Operating Instructions
List of Alarms
18 List of Alarms
18
Subjects of this Section:
◆
The meaning of the individual alarm indications possible remedies
◆
Special features in the case of acknowledgement
◆
Possible remedies
The sounding of an acoustic signal is defined by the following symbols:
The acoustic signal is sounded regardless of how the BUZZER function is set in the USER
SETTINGS menu; see page 118.
The acoustic signal is sounded only if the BUZZER function is switched on in the USER
SETTINGS menu.
Whether an acoustic signal is sounded depends on the factors described.
If no symbol is stated, the alarm appears without an acoustic signal.
AZ OVERFLOW
The number of targets which can be tracked in the acquisition/guard zone is exceeded.
Remedy: Check the acquisition/guard zone; delete targets.
CHART SERVER OFFLINE
The CHARTPILOT from which the chart data are taken is no longer sending any data. Therefore,
chart data are no longer available.
Remedy: Check the CHARTPILOT or switch to Radar Display Mode.
DANGEROUS TGT yy.yNM zzz° (yy.y=distance zzz=true bearing)
The tracked target situated at the displayed distance and bearing has become a dangerous target,
because the CPA and TCPA values have become smaller than the limits that were set for them.
ECDIS APPROACHING WAYPOINT
The ECDIS has detected that the next Wheel Over Point will be reached soon. Details are displayed
on the CHARTPILOT. For explanations, see the Operating Instructions of the CHARTPILOT.
ECDIS CHECK LEG
The ECDIS has detected that the existing track segment of the System Track is touching a potentially dangerous region or object. For explanations, see the Operating Instructions of the CHARTPILOT. 1)
1)
This alarm should be acknowledged on the CHARTPILOT after the nautical situation has been checked there with the aid of the Electronic
Chart.
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ECDIS CHECK NEXT LEG
The ECDIS has detected that the next track segment of the System Track is touching a potentially
dangerous region or object. For explanations, see the Operating Instructions of the CHARTPILOT. 1)
18 List of Alarms
ECDIS COURSE LIMIT
The ECDIS has detected that the actual course is deviating too much from the set course defined
by the System Track. Details are displayed on the CHARTPILOT.
ECDIS DEPTH ALARM
The ECDIS has detected that the water is not deep enough. Details are displayed on the CHARTPILOT.
ECDIS OBJECT OF INTEREST
The ECDIS has detected that an Electronic Chart object being monitored is being touched by the
Guard Sector or that the ship is situated over such an object. Details are displayed on the CHARTPILOT. For explanations, see the Operating Instructions of the CHARTPILOT. 1)
ECDIS SAFETY CONTOUR
The ECDIS has detected that the Safety Contour is being touched by the Guard Sector or that the
ship is situated in an excessively shallow region defined by the Safety Contour. Details are displayed
on the CHARTPILOT. For explanations, see the Operating Instructions of the CHARTPILOT. 1)
ECDIS TRACK LIMIT
The ECDIS has detected that the ship is too far away from the System Track. Details are displayed
on the CHARTPILOT.
Remedy: Increase the Track Limit, if the nautical situation allows this.
ECDIS USER CHART OBJECT
The ECDIS has detected that a User Chart Object of the class "Own Safety Line" or "Danger Highlight" is being touched by the Guard Sector, that the ship is situated over such an object, or that the
System Track is touching such an object. Details are displayed on the CHARTPILOT. For explanations, see the Operating Instructions of the CHARTPILOT. 1))
GYRO FAULT
The compass is switched off, or has failed, or is reporting incorrect data.
- or The gyro interface has failed.
Remedy: Check the compass, the signal transmission and the gyro interface.
GYRO VALID
The compass is again sending valid data.
If a compass is installed which sends heading changes only, the heading transfer must be synchronised again.
☞
120
For this purpose, after the acoustic signal is switched off, the virtual keyboard appears automatically, showing the heading that was sent last; for further procedure, see page 57.
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18 List of Alarms
INTERSWITCH OFFLINE
The computer of the display electronics has no contact with the Interswitch.
- or The Interswitch is reporting a malfunction.
LATITUDE EXCEEDED
The 85th parallel of latitude has been exceeded. The radar is no longer processing position-data.
Any functions which require position data, e.g. Track Mode, may no longer be used here.
LOG STATUS CHANGED
The log selected as the speed sensor has changed its status, e.g. from Bottom Track to Water
Track. It is sending valid data.
Remedy: Check what change of status is involved; if necessary, select some other speed sensor.
LOST TGT xx yy.yNM zzz° (xx=target label yy.y=distance zzz=true bearing)
The tracked target situated at the displayed range and bearing has got lost.
MAGNETRON FAULT
The selected transceiver is reporting magnetron overcurrent.
Acknowledgement is performed by switching the radar over to stand-by.
Remedy: Switch the transceiver over to stand-by, and then switch it back to radar operation. If the
alarm occurs repeatedly, request service.
MAINTENANCE ACTIVE
The System Maintenance Manager is switched on. Its menu might cover the PPI (partially).
MAP FILE SYSTEM OVERFLOW
The file system provided for the maps is full. An attempt to store a map has failed.
Remedy: Delete map data no longer used.
NO ANTENNA AZIMUTH
The azimuth angle information of the antenna is missing.
Remedy:
If the antenna is not rotating: check the ship’s mains and/or the antenna fuse or circuit-breaker
If the antenna is rotating: request service.
NO HEADMARKER
The antenna’s headmarker signal is missing.
Remedy:
If the antenna is not rotating: check the ship’s mains and/or the antenna fuse or circuit-breaker
If the antenna is rotating: request service.
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Operating Instructions
NO RADAR VIDEO
The system is in a faulty condition, such that the radar video cannot be generated.
18 List of Alarms
Remedy:
Check the radar transceiver
Check the antenna
Request service.
NO TRIGGER
The radar transmission trigger is missing.
Remedy: Check the radar transceiver.
OPERATING UNIT FAILURE
An active keyboard/trackball unit has failed.
Remedy: If installed, reactivate the master keyboard/trackball unit or try to activate another slave
keyboard/trackball unit. Otherwise switch the radar off and on again.
PLANNING SYSTEM OFFLINE
A track is used whose data are held in storage in the CHARTPILOT, but the CHARTPILOT is no
longer sending any data.
Remedy: Check the CHARTPILOT.
PLOT xx ABORTED (xx=target label)
The permissible period of time for the input of a plot marker (on the EPA radar) has been exceeded;
the plot cannot be continued; the marker of the designated target is deleted.
☞
This indication appears 5 minutes after the indication PLOT xx NO UPDATE, unless a plot
marker has been input.
PLOT xx NO UPDATE (xx=target label)
For the designated target, no update has taken place within the past 10 minutes. In order to continue
the plot, a plot marker must now be set within 5 minutes.
POSITION STATUS CHANGED
The selected position sensor has performed an internal status-change (e.g. from DGPS to GPS) or
has changed the reception process (e.g. from DECCA to LORAN).
☞
122
The acoustic signal is not sounded if a change takes place from GPS to DGPS and no position
offset has been set.
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18 List of Alarms
Operating Instructions
☞
After acknowledgement, the system automatically recommends a substitute sensor and displays
its data in the Multidisplay. The sensor which is now selected by the operator continues to be
treated as a substitute sensor, i.e. as soon as the position sensor which led to the POSITION
INVALID alarm is sending valid data again, the POSITION VALID alarm appears.
If the substitute sensor is no longer to be classified as such, that sensor or some other one must
be selected anew. After that, the POSITION VALID alarm no longer appears.
Alternatively, it is possible to switch over to EP = Estimated Position.
POSITION TIMEOUT
Data are no longer being received from the selected position sensor.
The position is currently being determined by dead reckoning; therefore, as the position sensor, EP
is now displayed.
☞
After acknowledgement, the system automatically recommends a substitute sensor and displays
its data in the Multidisplay. The sensor which is now selected by the operator continues to be
treated as a substitute sensor, i.e. as soon as the position sensor which led to the POSITION
TIMEOUT alarm is sending valid data again, the POSITION VALID alarm appears.
If the substitute sensor is no longer to be classified as such, that sensor or some other one must
be selected anew. After that, the POSITION VALID alarm no longer appears.
Alternatively, it is possible to switch over to EP = Estimated Position.
POSITION VALID
The position sensor which had given the POSITION INVALID or POSITION TIMEOUT alarm is
again sending valid data.
☞
After acknowledgement, the system displays the data of the sensor which had given the POSITION INVALID or POSITION TIMEOUT alarm. After checking the new sensor-data, either
confirm this sensor by clicking on the SELECT button or select some other sensor.
SENSOR MASTER CHANGED
This radar system has taken over the task of managing the navigation data because the item of
equipment which had previously been performing that task has failed. It must be assumed that
sensor data which the failed item of equipment had previously been passing on to the system are
now missing.
SENSOR MASTER FAILS
The radar system which manages the navigation data has failed. The management task has been
taken over by a different radar system. It must be assumed that sensor data which the failed radar
system had previously been passing on to the system are now missing.
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18 List of Alarms
POSITION INVALID
The selected position sensor is sending invalid position data. The position is currently being determined by dead reckoning; therefore, as the position sensor, EP is now displayed.
18 List of Alarms
RADARPILOT / CHARTRADAR
Operating Instructions
SPEED INVALID
The speed sensor is sending invalid data. At present, the speed that was last sent as the valid speed
is being used. Dashes are shown in the speed area.
18 List of Alarms
☞
After acknowledgement, the system automatically preselects a substitute sensor and shows its
data in the Multidisplay. The sensor which is now selected by the operator continues to be
treated as a substitute sensor, i.e. as soon as the speed sensor which led to the SPEED
INVALID alarm is again sending valid data, the SPEED VALID alarm appears.
If the substitute sensor is no longer to be classified as such, then either that sensor or some
other one must be selected anew. After that, the SPEED VALID alarm no longer appears.
If no other speed sensor is selected, the SPEED INVALID alarm is repeated at intervals of one
minute.
SPEED TIMEOUT
The selected speed sensor is no longer sending valid data. At present, the speed that was last sent
as the valid speed is being used. Dashes are shown in the speed area.
☞
After acknowledgement, the system automatically preselects a substitute sensor and shows its
data in the Multidisplay. The sensor which is now selected by the operator continues to be
treated as a substitute sensor, i.e. as soon as the speed sensor which led to the SPEED
TIMEOUT alarm is again sending valid data, the SPEED VALID alarm appears.
If the substitute sensor is no longer to be classified as such, then either that sensor or some
other one must be selected anew. After that, the SPEED VALID alarm no longer appears.
If no other speed sensor is selected, the SPEED TIMEOUT alarm is repeated at intervals of one
minute.
Alternatively, is it possible to switch over to manual input of speed.
SPEED VALID
The speed sensor which had given the SPEED INVALID or SPEED TIMEOUT alarm is again
sending valid data.
☞
After acknowledgement, the system displays the data of the sensor which had given the SPEED
INVALID or SPEED TIMEOUT alarm. After checking the new sensor data, either confirm this
sensor by clicking on the SELECT button or select some other sensor.
SYSTEM FAULT xxxxx
The system fault xxxxx is present (xxxxx = fault code for the system fault).
This alarm indicates that there is a technical fault which is impairing, or could impair, the functioning
of the radar or of the system. If such an alarm is occurring frequently or if it persists for some time,
the service organisation should be informed of this.
☞
☞
With the System Maintenance Manager, a list of the existing system faults can be displayed.
The System Maintenance Manager records the occurring faults if the Refresh function is in the
switched-on state - see page 134.
The brief explanation (intended for the service personnel) contained in the system fault list can
also be displayed by clicking on the system fault in the alarm list by means of the MORE key.
TARGET IN AZ yy.yNM zzz° (yy.y=distance zzz=true bearing)
A target which is not yet being tracked has been acquired automatically in the acquisition/guard
zone.
124
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18 List of Alarms
Operating Instructions
18 List of Alarms
TARGET IN GZ yy.yNM zzz° (yy.y=distance zzz=true bearing)
A target which is already being tracked has entered the acquisition/guard zone.
TRANSCEIVER OFFLINE
The indicator electronics has no contact with the selected transceiver.
- or The transceiver is reporting a malfunction.
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18 List of Alarms
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RADARPILOT / CHARTRADAR
19 List of the Alarm Signal Outputs
Operating Instructions
19
List of the Alarm Signal Outputs
The alarm signals mentioned in the following are provided by the radar system in the form of electrical
contacts. Whether the signals are displayed in a given case, and if so in what form, depends on the installation and on the type of alarm system involved. Therefore, no statement about this can be made here.
Radar Alarm
Each radar indicator emits this signal if one of the following alarms is generated:
GYRO FAULT,
INTERSWITCH OFFLINE,
MAGNETRON FAULT,
NO ANTENNA AZIMUTH,
NO HEADMARKER,
NO RADAR VIDEO,
NO TRIGGER,
PLANNING SYSTEM OFFLINE,
POSITION TIMEOUT,
SPEED TIMEOUT,
TRANSCEIVER OFFLINE.
If an appropriate setting has been made at service level, the radar alarm is also emitted if the SYSTEM
FAULT alarm appears.
The radar alarm is also emitted if switch-off of the display electronics unit occurs or if the supply voltage
to the display electronics unit has failed.
ARPA Alarm
Every radar indicator emits this signal if one of the following alarms is generated 1):
DANGEROUS TGT,
LOST TGT,
TARGET IN AZ,
TARGET IN GZ.
Chart Alarm
Every radar
ECDIS
ECDIS
ECDIS
ECDIS
ECDIS
ECDIS
ECDIS
indicator emits this signal if one of the following alarms is generated (by the CHARTPILOT):
APPROACHING WAYPOINT,
COURSE LIMIT,
DEPTH ALARM,
OBJECT OF INTEREST 2),
SAFETY CONTOUR 2),
TRACK LIMIT,
USER CHART OBJECT.
Dead Man Alarm Trigger
Every radar indicator emits this signal when any operating action is performed on its keyboard. Therefore,
if the installation has been performed appropriately, there is no need to operate a special watch-alarm
key when a radar indicator is being operated.
1)
2)
For each of the alarm messages mentioned, it is possible to specify at service level that the ARPA alarm should not be triggered.
This alarm leads to the emission of the Chart Alarm signal if, and only if, the To Alarm Panel function is in the switched-on state on the
CHARTPILOT (in the Alarm Settings menu in Chart Mode).
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Operating Instructions
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RADARPILOT / CHARTRADAR
20 Care and Maintenance Work
Operating Instructions
20
20.1 Care
Care and Maintenance Work
Subjects of this Section:
◆
Care of the system’s components
◆
Routine maintenance work
20.1
Care
Care of the components of the radar system is limited to occasional cleaning of the screens on the monitors. This should be done with a soft cloth moistened with alcohol.
20.2
Maintenance Work
The ship’s personnel must regularly carry out the following maintenance work:
The cleaning of the filter pad on the Display Electronics Unit and on the TRACKPILOT Electronics
Unit.
If conditions are normal, this work should be done once every 3 months. If the environment is particularly
dusty, it should be done more frequently, and if the air contains very little dust, it can be done less
frequently.
1.
Taking out the filter pad: It is situated on the top of the display electronics unit, and can be gripped
and pulled out by its front left-hand corner without unscrewing the covering cap.
☞
If the display electronics unit is installed in the console, the hinged cover situated below the
operating unit must first be opened.
2.
Cleaning the filter pad: Cleaning can be done by washing in soapy water, or by blowing the dust
out with compressed air, or - depending on the degree of dirtiness - simply by beating the dust out.
3.
Inserting the filter pad: When inserting the filter pad, which must have been dried (if necessary, by
jolting it thoroughly to get the water out of it), make certain that it is seated properly.
Test of the Transmission Power and Receiver Sensitivity of the Radar Transceiver
The test described in Section 21 should be performed at the beginning of every sea voyage, and once a
week during the voyage.
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RADARPILOT / CHARTRADAR
21 Performance Monitor
Operating Instructions
21
Performance Monitor
Subjects of this Section:
◆
Checking the transmitter performance
◆
Checking the receiver sensitivity
With the Performance Monitor, the transmitter performance and the receiver sensitivity can be checked.
To check the transmitter performance, the antenna gearbox contains an auxiliary antenna in the radiating region of the main antenna. The signal received by this auxiliary antenna is processed and
produces a "good/bad" display. This check thus covers the entire RF transmitting branch of the transceiver, including the magnetron (which is subject to natural aging), the waveguide and the antenna.
The receiver sensitivity is checked by inputting a signal directly at the receiver input, which leads to a
"good" display if, and only if, the amplification is adequate.
Performing the Test
IMPORTANT:
During the test, the radar cannot be used for navigation.
1.
Perform tuning as described in Section 4.
2.
Click on the buttons MENU, UTILITIES and PERFORMANCE
MONITOR one after the other. After the safety-related question
which then appears has been answered suitably, the radar is
MENU
2.DO
automatically switched to the following settings:
UTILITIES
RANGE = 24 NM
3.DO
RAIN = 0
PERFORMANCE MONITOR
SEA = 0
CLEAN SWEEP = OFF
IR = OFF
If the high revolution rate of the antenna is switched on, a switch-over to the normal revolution rate
takes place automatically.
1.DO
MENU
Beside the GAIN area, the coloured symbol PM appears. indicating that the Performance Monitor
is switched on.
3.
Perform tuning and set the gain so that the noise is only just visible and no more.
4.
On the PPI, a sector is displayed as the result for the check of the transmitting performance, and a
circle is displayed as the result for the check of the receiving performance.
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21 Performance Monitor
Operating Instructions
16 NM
if the transmitting performance is adequate
4 - 6 NM if the receiving sensitivity is adequate
The desired display produced by the Performance Monitor
Evaluation:
If the sector has a radius of about 16 NM, the transmitting performance is adequate.
☞
The transmitting performance is permitted to drop by 6 dB relative to the nominal performance
and still be regarded as adequate. The sector then still has a radius of approximately 16 NM. If
the transmitting performance drops by more than 6 dB, the sector radius is reduced to 6 NM or
less.
The receiving sensitivity is adequate if the circle has a radius of at least 4 NM.
☞
The receiving sensitivity is permitted to drop by 5 dB relative to the nominal sensitivity and still
be regarded as adequate. The radius of 4 NM corresponds to a reduction of 5 dB.
WARNING:
If these displays do not have the values mentioned, this means that the
performance quality of the radar system is no longer adequate for safe
radar operation. Request service!
☞
132
Not only the magnetron that is being checked with this test but also the toothed belts of the
antenna gearing are expendable parts. Therefore, if the test shows that the magnetron has
reached the end of its useful life, the toothed belts also must be exchanged during the necessary service work.
5.
Switch off the Performance Monitor by clicking on the symbol PM .
6.
Perform tuning as described in Section 4.
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22 System Maintenance Manager
RADARPILOT / CHARTRADAR
Operating Instructions
22
System Maintenance Manager
Subjects of this Section:
◆
Determining the versions of software, hardware and documentation
◆
Listing the system faults
◆
Copying the data of versions and the system faults to a diskette
◆
Off-line selfchecks
◆
Checking / correcting the computer time
◆
Copying and saving the map data
◆
The handling of diskettes
◆
Aborting and restarting the program of the radar system
The System Maintenance Manager is a subroutine which is installed for maintenance purposes but also
provides the following functions for the operator.
IMPORTANT:
The menu of the System Maintenance Manager partly covers the PPI.
Therefore, the System Maintenance Manager may be started only if the
radar system is not being used for navigation.
This opens the Selfcheck index
card; for illustration, see page 136
This opens the Tools index card;
for illustration, see page 140
This opens the Telemonitoring Data
index card; for illustration, see page 134
1.DO
MENU
2.DO
MENU
MAINTENANCE
This switches off the System
Maintenance Manager.
Do not use
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Aborts the operating program of the radar
system and then restarts it., see page 144
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22 System Maintenance Manager
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22.1 Determining the Versions of Software, Hardware and Documentation
Operating Instructions
Switching the System Maintenance Manager On
Click on the MENU button and then on the MAINTENANCE button. The menu of the System Maintenance Manager appears.
The menu is organised in the form of a card index box. Only the Selfcheck, Telemonitoring Data and
Tools index cards contain operator functions. The superordinate key ASCII Keyboard shall not be used
by the operator.
Switching Off the System Maintenance Manager
In the menu of the System Maintenance Manager, click on the Exit button.
22.1
Determining the Versions of Software, Hardware and Documentation
The versions of the unit’s software and hardware can be indicated, as well as the appropriate version of
the customer documentation: Click on the index card Telemonitoring Data, and then click on Versions.
The following then appears:
CHARTRADAR or RADARPILOT: The software version of the unit
Documentation: The number and revision index of the associated documentation. These data must
be present on the title pages of the documents used.
IMB Image: Software version of the IMB (the central assembly on which the program is stored).
PCB Versions: The electronics assemblies installed, with their software versions
☞
22.2
These data, together with the system fault lists, can be transferred as a file to diskette - see page
135.
Listing the System Faults
System faults that have occurred (which generate the alarm indication SYSTEM FAULT xxxxx) can be
listed. The list can be transferred as a file to diskette, and is then available for further transfer. This function, which is provided for service use, is also accessible to the operator because, in the event a fault, a
service visit can be better prepared or even omitted if the service station can be informed of the fault
codes beforehand.
Listing the Currently Existing System Faults
Click on the Telemonitoring Data index card, and then click on Faults. All system faults that exist at the
time are listed under Present Faults. New faults are added to the list if and only if the square in the
Faults button is green (can be switched on and off by clicking of the Faults button).
Listing the System Faults that have Occurred
After clicking of the Fault History button, two lists appear additionally:
Fault History: Contains all faults that have occurred since switch-on of the indicator, in the sequence in
which they first appeared. Contents:
Date/Time: Time of the most recent occurrence
Count: Number of occurrences since switch-on of the unit
Fault: Fault code
Dev, Subdev: Unit/assembly in which the fault occurred
Info: Brief description of the fault
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22 System Maintenance Manager
Operating Instructions
22.2 Listing the System Faults
List of system faults
Listing the system faults
that have occurred
This produces a list of the
system faults that exist
Green: The fault list is
continually updated
Display of the versions of software,
hardware and documentation; see
Section 22.1
This deletes the
display of data
With this, the
fault data and
information
about the
versions are
transferred to
diskette
System Integrity Faults: If an entire process fails, this event is recorded here. Contents:
Time: The time of the most recent failure,
Count: Number of failures since switch-on of the unit,
Task: The process that has failed.
Transferring the Fault Data and Version Data to Diskette
Put a DOS-formatted 3.5" diskette into the diskette drive 1) and click on Save to Disk.
The
1)
ASCII file TMD.txt is then copied onto the diskette. This file contains
identification data of the ship, and the current date,
the version data which can be determined according to Section 22.1,
the list Fault History,
the list System Integrity Faults.
The write protect function must be in the switched-off state, i.e. the bottom left-hand hole must be closed.
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RADARPILOT / CHARTRADAR
22 System Maintenance Manager
Operating Instructions
22.3 Off-Line Selfcheck
22.3
Off-Line Selfcheck
With the selfcheck, important components of the radar system can be checked. The ARPA function test
permits periodical checking of the ARPA’s performance features.
Starting the Selfcheck
1.
Click on the Selfcheck index card.
2.
In the list, click on the desired check.
3.
Click on the Start Test button. The menu of the System Maintenance Manager disappears, and the
box of the relevant self-test appears.
1.DO
2.DO
Click on the desired selfcheck
3.DO
Start the selected
check function
Ending the Selfcheck
At top right in the boxes of the self-test, there is an area containing a cross. By the clicking of this area,
the test is ended.
Testing the Trackball and the (optional) Keyboard
In the list, select Keyboard. After the start, a schematic picture of the operating elements appears.
If, when the keys in that picture are operated, the corresponding area gives a coloured flash of light, this
means that the key is functioning properly.
If the coordinate values displayed at the trackball symbol change in accordance with the trackball movement, this means that the trackball is functioning properly.
If the boxes situated at the rotary knob symbols fill up in accordance with the operation of the rotary
knobs, this means that the rotary knobs are functioning properly.
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Operating Instructions
22 System Maintenance Manager
22.3 Off-Line Selfcheck
Testing the Acoustic Alarm
In the list, select Buzzer. After the start, a list of the various acoustic alarm signals appears.
If, after you have clicked on the button that exists there, the relevant acoustic signal is sounded, this
means that the acoustic alarm is OK.
Testing the Map Memory
In the list, select IMB Map Storage Test. After the start, the test result appears under Selfcheck
Messages.
Checking the Image Processing of the Radar Video
In the list, select RSC Test Pictures. After the start, a list of the various test figures that can be displayed
appears. By means of these test figures, you can determine whether the Raster Scan Converter (RSC)
is working properly.
☞
In the case of pictures 1 to 3, only the brilliance adjustment function is acting; in the case of pictures
4 to 6, the adjustment functions for gain and range are acting additionally.
Picture 1
In each row of blue to yellow squares, the
yellow intensity must increase from left to
right.
The squares move slowly downwards.
Picture 2
In the middle square, 16 colours are displayed
cyclically one after another.
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22.3 Off-Line Selfcheck
RADARPILOT / CHARTRADAR
Operating Instructions
Picture 3
Each of the four sectors has eight intensities.
They are moved round in the clockwise direction.
Picture 4
The illustration shows the test picture in the
following case:
Range: 6 NM
Gain: Normal setting
Picture 5
The illustration shows the test picture in the
following case:
Range: 6 NM
Gain: 90%
If the gain is reduced, the intensity of the rings
decreases, beginning with the inner rings of
the sets of six.
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RADARPILOT / CHARTRADAR
Operating Instructions
22 System Maintenance Manager
22.3 Off-Line Selfcheck
Picture 6
The illustration shows the test picture in the
following case:
Range: 24 NM
Gain: Maximum
Each of the broad rings consists of rings
arranged inside each other without gaps. If the
gain is reduced, the intensity of these rings
decreases, beginning with the inner ring.
ARPA Function Test
By means of the ARPA function test, the overall performance of the ARPA can be assessed. This should
be done periodically.
Set Range to 6 NM. In the list, select ARPA.
After the start, this picture appears. The individual echoes displayed are synthetic targets:
It must be possible to acquire them
manually.
When the acquisition / guard zone is
placed over one or more targets, automatic acquisition must take place,
together with the associated symbols and
alarms. The targets must be tracked
automatically.
All targets travel along with your own
ship. Therefore, their true courses and
true speeds must be the same as your
own ship’s course and speed.
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22 System Maintenance Manager
RADARPILOT / CHARTRADAR
Operating Instructions
22.4 Checking / Correcting the Computer Time
22.4
Checking / Correcting the Computer Time
As long as the system is receiving the date and time via a connected sensor (e.g. from a GPS receiver),
these data are displayed in the relevant displays of the system, e.g. in the Quick Info Box of the radar
indicator 1). If this external information is missing, the date and time with which the internal clock of the
relevant display electronics unit’s computer is running (computer time) are displayed instead.
So that the displayed time does not change if the sensor fails, a check should occasionally be made on
all radar indicators to make certain that the computer times are in agreement with UTC. If necessary, the
computer times must be corrected.
Checking the Computer Time
1.
Click on the index card Tools.
2.
Click on Date & Time.
3.
System time and date are displayed under Set Time and Set Date.
Changing the Computer Time
1.
Under Set Time or Set Date, click into the numerical areas of the value that is to be changed.
2.
Using the small keys in front of the numerical areas, set the values correctly.
☞
The set values have to be valid when the Apply & Save button will be clicked finally.
3.
The set values are taken over by pressing of the Apply & Save button.
4.
Abort and restart the program of the radar system, see page 144.
1.DO
Click on the value
that is to be
changed
Change the value by
means of these
Handling of diskettes,
see page 143
2.DO
1)
By clicking, the computer
time is set to the Set Time
and Set Date
Transmitting and saving
map files, see page 141
Deleting map files, see
page 143
If there is no CHARTPILOT, the
Track Transfer button, with
which the tracks are transferred
between the radar systems, is
situated here - see page 143
Plus the Zone Time. The time received is UTC; the computer times too must be UTC.
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RADARPILOT / CHARTRADAR
Operating Instructions
22.5
22.5 Distribution and Deletion of Map Data; Data Saving
Distribution and Deletion of Map Data; Data Saving
New or altered map data must be distributed to all radar indicators on which they are to be displayed. If
necessary, map data can also be deleted. It is recommended that the most recent set of data should be
saved on diskette.
☞
The most recent set of data should be available on all radar indicators (unless there are particular
reasons opposing this). One of the advantages of this is that it prevents loss of the most recent data,
which would occur if map data on an indicator containing old data were edited and if the map data
were then distributed.
File Structure of the Map Data
For the division of the map data into individual files, the earth’s surface is divided up into areas measuring
3° by 3°. All symbols and lines situated in such an area are grouped within a file.
☞ Lines going beyond one of these boundaries are cut at the boundary during the process of division
into files, and are joined together again when the files are called up for the purpose of display or
processing.
Furthermore, the earth's surface is divided up into areas measuring 15° by 15°. All map files belonging
to such an area are grouped within a catalog.
For the designation of the files and catalogs, the south-west corner of the area is used in all cases;
files have the file extension .D03, and catalogs have the extension .D15:
The file S39E144.D03 contains all map data situated in the area bounded by the 39th and 36th
southern lines of latitude and by the 144th and 147th eastern lines of longitude.
The catalog N15W075.D15 contains all map files of the data that are situated in the area bounded
by the 15th and 30th northern lines of latitude and by the 75th and 60th western lines of longitude.
☞
Just as a map file and the catalog are automatically created as soon as a symbol or line is edited
for the defined area, so are the file and (if applicable) the catalog deleted again as soon as there
are no longer any symbols and lines (or parts of lines) present in the area defined for the file and
catalog.
Transferring Map Files to Other Radar Indicators
1.
Click on the index card Tools.
2.
Click on Map Transfer, then on Transmit.
3.
Click on the field under Destination. Mark the indicator to which the data are to be transferred, or
All indicators if the data are to be transferred to all installed radar indicators.
☞ The indicator designations listed here are identical to those entered in the header bar of the
System Maintenance Manager. If in doubt, switch on the System Maintenance Manager of the
destination unit, and have a look.
4.
In the Files in Source list, mark the catalog or file that is to be transferred. If all files are to be transferred, mark the list entry at the top, designated by "/". By clicking on the Add >> button, put the
marked files and catalogs into the Files to Transfer list.
5.
Repeat procedure 4 for other files/catalogs that are to be transferred.
☞
6.
If too many files/catalogs have been entered by mistake, the content of the Files to Transfer
list can be deleted and procedure 4 can be repeated.
When all files/catalogs to be transferred have been entered, start the transfer by clicking on the
Transfer button.
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22 System Maintenance Manager
Operating Instructions
22.5 Distribution and Deletion of Map Data; Data Saving
During the transfer, an appropriate message appears below the Files in Source list and the data
currently being transferred are marked in the right-hand list.
Defining the transfer direction:
Transmit pressed: The transfer takes place from the indicator
being operated to the unit entered under Destination.
Receive pressed: The transfer takes place from the unit entered
under Source to the indicator being operated.
These catalogs and files are
present in the indicator
whose data are transferred.
These files/catalogs are transferred
Starts the transfer
Transmit pressed: Selection and display of the units to
which the data are to be transferred.
Receive pressed: Selection and display of the unit
from which the data are to be transferred.
Transferring Map Files from Another Radar Indicator to the One being Operated
Similar to Tr ansf er r i ng Map Fi l es t o Ot her Radar I ndi cat or s:
142
1.
Click on the index card Tools.
2.
Click on Map Transfer, then on Receive.
3.
Click on the field under Source. Mark the indicator from which the data are to be fetched.
4.
In the Files in Source list, mark the catalog or file that is to be transferred. By clicking on the Add >
> button, put the marked files and catalogs into the Files to Transfer list.
5.
Repeat procedure 4 for other files/catalogs that are to be transferred.
6.
Start the transfer by clicking on the Transfer button.
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22 System Maintenance Manager
RADARPILOT / CHARTRADAR
Operating Instructions
22.6 Exchanging Track Files between the Indicators; Data Saving
Deleting Map Files
Similar to Tr ansf er r i ng Map Fi l es t o Ot her Radar I ndi cat or s:
1.
Click on the index card Tools.
2.
Click on Map Delete.
3.
Click on the field under Source. Mark the indicator (or Diskette for the inserted diskette) on which
the data are to be deleted.
4.
In the Files in Source list, mark the catalog or file that is to be deleted. By clicking on the Add >>
button, put the marked files and catalogs into the Files to Delete list.
5.
Repeat procedure 4 for other files/catalogs that are to be deleted.
6.
Click on the Delete button. After the safeguard question which then appears has been answered
with Yes, all map files entered in the Files in Source list which are contained in the data medium
selected in the Source field are irretrievably deleted.
Data Saving and Data Restoration
Data saving is done in the same way as Tr ansf er r i ng Map Fi l es t o Ot her Radar I ndi cat or s, except that
a DOS-formatted 3.5" diskette is inserted in the diskette drive 1) and that in procedure 3 Diskette is
selected instead of an indicator.
☞
If a dialog box containing the remark File ... does not fit on disk! opens up, the diskette is full: insert
a new diskette and click on Retry.
Data restoration is done in the same way as Tr ansf er r i ng Map Fi l es f r om Anot her Radar I ndi cat or t o
t he One bei ng Oper at ed, except that the saving diskette is inserted in the diskette drive and that in procedure 3 Diskette is selected instead of an indicator.
22.6
Exchanging Track Files between the Indicators; Data Saving
If there is no CHARTPILOT, the track files too must be exchanged between the radar indicators, and the
process of saving the data of these track files must be performed on the radar indicator. This is done in
almost exactly the same way as the transfer and data-saving of the map files - see Section 22.5; the only
difference is that, instead of Map Transfer, the Track Transfer button is selected for this.
22.7
The Handling of Diskettes
The most important diskette-handling actions that can be performed on any PC are also possible on the
radar indicator:
1.
Click onto the index card Tools.
2.
Put the diskette into the diskette drive and click on Diskette.
3.
As a result of clicking on Info, the currently valid capacity data of the inserted diskette appear in the
frame 3.5" Diskette after a short waiting time.
As a result of clicking on Erase, all data on the diskette are erased after confirmation via a safeguard
question.
1)
The write protect function must be in the switched-off state, i.e. the bottom left-hand hole must be closed.
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22 System Maintenance Manager
RADARPILOT / CHARTRADAR
22.8 Aborting and Restarting the Program of the Radar System
Operating Instructions
As a result of clicking on Format, the diskette is DOS-formatted after confirmation via a safeguard
question.
22.8
Aborting and Restarting the Program of the Radar System
If a malfunction occurs in the radar system in the modes mentioned, and if this malfunction cannot be
corrected by means of the operating actions described in this document, an attempt can be made to
correct the fault by aborting and restarting the radar system program:
In the System Maintenance Manager, click on the Restart button, and answer Yes to the question which
then appears.
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