Speed Planning; Speed Planning Setup - Sperry Marine Visionmaster FT ECDIS User Manual

Routes

Speed Planning

Speed Planning allows the operator to manually specify a plan for speeds
to be used on remaining segments of the monitored route, and see what
arrival times result from these plans. It also enables a desired arrival time
(for any given waypoint) to be specified, and see recommended
adjustments to planned speeds needed to achieve this arrival time.
Planned speeds or computed adjustments to these speeds may
subsequently be used to control the ship's propulsion system. For
information on propulsion control, refer to Chapter 3 `Propulsion' in the
Supplementary Features User Guide 65900014.
To activate Speed Planning on a monitored route:
1. Load the route to be monitored from the Monitor Route - Route
Tab.
2. From the Routes menu, open the Speed Planning window. Note
that before speed planning begins the window displays no data on
the currently monitored route.
3. Click on the Edit Speed Plan button at the bottom of the window.
The Speed Planning Setup window appears on the chart display.

Speed Planning Setup

Speed Planning Setup allows the operator to create a speed plan that can
be subsequently used to control the speed of the ship along the monitored
route to any desired 'Arrival Waypoint'.
Own ship must be sailing on the monitored route before speed
planning can commence, as defined in `Ship State' on the Monitor
Route - Route Tab.
The Speed Planning Setup window includes the following areas:
•
Arrival Time Planning - enables an arrival time for a waypoint to be
selected.
•
Current Leg Speed Command - lets the operator to choose
whether the current ship's speed should be assumed for the
current leg of the plan, or allow speed change.
•
Speed Command Setting - lets the operator choose whether speed
commands should be calculated (based on arrival time) or
manually adjusted.
•
Initialize Manual Speed Command - when set to Manual, provides
a simple way to initialize all speed commands.
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ECDIS User Guide
65900012