Maximizing Vessel Efficiency...
Maximum Efficiency means finding the best possible match between the
propeller and the boat, engine, transmission combination. There are a
few things you can do to make sure your vessel is maximizing efficiency:
-
Make sure the boat is able to achieve the wide-open-throttle RPM at
your desired vessel weight. Diesel engines are designed to operate at
an optimal speed. In order to achieve that speed, the propellers must
allow the engines to operate at their wide-open-throttle. In some cases
the engines do not turn up to the rated RPM because the propellers may
be the wrong size. This causes the engines to run slower and become
overloaded. Overloading causes incomplete combustion that, in turn,
causes excessive carbon build up (among other problems) leading to premature
wear and ultimate failure. Other factors that decrease RPM and overload
the engine are increasing the vessel weight, higher water temperatures
going through the vessel’s heat exchangers, increased ambient
air temperatures, dirty air and fuel filters, and a dirty hull.
-
Do an accurate sea trial at the desired speeds, for example low/high
cruise and wide-open-throttle. Write down the speed and the RPM information
and provide these figures along with your Assessment Form. With this
information, Propeller Solutions can provide suggestions to increase
speed and reduce fuel consumption.
- Vibration and Cavitation are two common propeller-related problems
that can be major reasons for not obtaining performance. Propeller Solutions
can help by either altering your existing propeller or by providing
the correct design to reduce or eliminate propeller induced vibration
or cavitation.
- Become involved in the early stages of your hull design and re-powers
so you can develop problem-solving solutions.
Click here for a list of common prop problems,
with descriptions and solutions »
Be sure that you are maximizing the efficiency of your vessel and optimizing
its performance...
-
-
-
Or call us at 800.735.0128 or 858.270.2222 for more information
|