Data type
Description
Structure
26
Limit ROT
Limit value for rate of turn
ANG_VELOITY
27
Limit SOG
Limit value for speed over ground
NAUT.SPEED
28
Limit STW
Limit value for speed through water
NAUT SPEED
29
Maximum longitudi
nal deviation
Alarm limits for longitudinal deviation from the planned track
TIME
30
Maximum transverse
deviation
Alarm limits for transverse deviation from the planned track
DISTANCE
31
MgK
Magnetic compass course
NAUT ANGLE
32
Object distance
Difference between own ship position and object position
DISTANCE
33
Object identification
Unique characterisation of an observed object
ID
34
Object situation
Situation (“aspect”) of an observed object calculated on the own ship. With an observed foreign ship, the
situation is obtained from the difference in headings
NAUT_ANGLE
35
Object bearing
Relative bearing (lateral bearing) of an observed object
NAUTANGLE
36
Object position
Position (latTlon.) of the observed object
POSITION
37
Object type
Type of an observed object
OBJJTYPE
38
Transverse deviation
Current transverse deviation from the set track
DISTANCE
39
RHUM
Relative air humidity
RATIO
40
ROT
Rate of turn, turning speed
ANG VELOCITY
41
Rudder setting point
Position (lat./!on.) on the planned track where the planned change in course is to be introduced
POSITION
42
Rudder limit
Limit value for rudder angle
ANGLE
43
Rudder angle
ANGLE
44
RWD
Relative wind direction
NAUT_ANGLE
45
RWS
Relative wind speed
SPEED
46
Ship width
Maximum width of ship
DISTANCE
47
Sensor location
Position of a sensor in the ship KOS
3D VECTOR
48
SET
Direction of current
NAUT ANGLE
49
SOGx
Speed over ground at measuring point x of the ship (ship KOS)
NAUT_SPEED
50
SOGX
Component of speed over ground in longitudinal direction of ship
NAUT SPEED
51
SOGYx
Component of speed over ground in transverse direction at measuring point x (ship KOS)
NAUT SPEED
52
Set CMGx
Set value for course made at measuring point x (ship KOS)
NAUT ANGLE
53
Set CTWx
Set value for course through water at measuring point x (ship KOS)
NAUT_ANGLE
