Seapath 320
40
Man_techn_seapath320/rev.1
4.4.1
Vessel configuration
In the Vessel configuration the following can be input:
Geometry
For later configuration of sensor and monitoring point locations
on the vessel it is an advantage that the background vessel
(vessel shape) is as equal as possible to the vessel on which the
system is installed. The background vessel is scaled on the
screen to be equal to the installed vessel. To scale the vessel
shape on the screen to the actual vessel, its dimensions have to
be input.
Description
Vessel data for the specific installation. This information is
helpful to identify the correct configuration file at a later stage.
4.4.1.1
Vessel geometry
The Vessel Geometry view defines the vessel dimensions.
Figure 20 Vessel geometry view
In the
Vessel dimension
section it is possible to set the following parameters:
LOA
The overall length of the vessel, i.e. from stern to bow [m].
Overall width
The
overall
width
of the vessel [m].
Overall height
The distance from the highest point of the vessel to the keel [m].
Stern to AP
The distance from the aft point of the ship to its AP [m].
Summary of Contents for Seapath 320
Page 1: ...Seapath 320 Technical Description ...
Page 22: ...Seapath 320 8 Man_techn_seapath320 rev 1 ...
Page 42: ...Seapath 320 28 Man_techn_seapath320 rev 1 ...
Page 50: ...Seapath 320 36 Man_techn_seapath320 rev 1 ...
Page 86: ...Seapath 320 72 Man_techn_seapath320 rev 1 6 1 Processing and HMI Units ...
Page 87: ...Technical Description Man_techn_seapath320 rev 1 73 ...
Page 88: ...Seapath 320 74 Man_techn_seapath320 rev 1 6 2 Antenna bracket ...
Page 89: ...Technical Description Man_techn_seapath320 rev 1 75 6 3 MRU and mounting bracket ...
Page 90: ...Seapath 320 76 Man_techn_seapath320 rev 1 ...
Page 91: ...Technical Description Man_techn_seapath320 rev 1 77 6 4 MRU junction box ...
Page 95: ...Technical Description Man_techn_seapath320 rev 1 81 6 7 6 U cabinet dimensions ...
Page 96: ...Seapath 320 82 Man_techn_seapath320 rev 1 ...
