As its name indicates, a booster is a device used to boost a discharged battery. It is therefore a battery backup that allows to start the engine of a boat or a vehicle whose battery is deeply discharged to operate. The booster then provides the electrical power necessary to start the vehicle. There are two categories of boosters: - Portable boosters , similar to small suitcases containing a battery - On-board booster s , permanently installed in boats or vehicles How does it work?
While the portable booster integrates a battery that charges the vehicle's battery, the on-board booster uses the vehicle's main battery or alternator to charge the battery that provides energy to the vehicle's on-board equipment. For the portable booster, the energy is drawn from the built-in battery booster; for the on-board booster, the energy is drawn from the main battery of the boat or vehicle.
In both cases, the boosters work from direct current to direct current: a battery is charged from another battery. An on-board charger is a device that is permanently installed in the vehicle or boat , unlike a transportable device. They ensure that the auxiliary battery is always fully charged. Only the designation changes! Read also: Marine battery charger: All you need to know. In fine, this matrix makes it possible to define the functionality of the device as well as its operating mode.
It uses the energy delivered by the alternator while the vehicle is in motion: the engine drives the alternator and the alternator generates current that supplies and recharges the batteries. The two devices can be used together. Not only will it be there to charge your batteries in the instance that all the power is used, but they will ensure that your batteries are always charged adequately for the next excursion.
Additionally, onboard chargers will allow you to optimize the rate at which the batteries are being charged for optimum efficiency. Once you have acquired your onboard battery charger, you will want to test its function and capabilities before taking it out on a boating excursion. This way, you will be able to spot any possible mishaps or errors early so that the chances of something going wrong out on the water decreases exponentially. First off, the charger should have a dedicated charging port for each battery on your boat, including the startup battery.
With this, you will tell whether or not the battery is getting the charge that it needs. If the voltage is near 13 volts or under, then the battery is not charging correctly, if at all. Playing into the previous step, you can use voltage measurements differently to measure whether or not the charger is functional. If there is little to no increase in voltage, then you can tell whether or not the charger is malfunctioning or not working whatsoever.
If you find errors or malfunctions when testing the batteries and onboard charger, the next step would be troubleshooting. You can start with either trying out a different charger or battery with similar specifications to its counterpart.
This method means you will be able to narrow down the source of the problem to specific components involved in the process. When it comes to such a popular and established brand like Minn Kota, it is only safe to assume that their products are high quality, and that is precisely the case with their chargers!
Minn Kota onboard battery chargers are specially designed to not only charge your batteries quickly, but also protect and maintain them so that you can keep your boat on the water for much longer. The charger itself comes with a simple yet efficient HUD that allows you to control the charge rates of the battery precisely. The output voltage can be monitored to provide closed-loop feedback to the system controller using isolated analog sensors, for example: Six The entire system can be monitored and controlled via an Isolated CAN bus.
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