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Battery Recommendations For Force Trolling Motor
With the Force Trolling Motor there is ability to use a range of batteries but there are a few main features to focus on.
Voltage
Amp Hours
Battery Type
Voltage
In regard to voltage, there is an option to either use a 24v series or a 36v series. A 24v series would be suggested for a small/lightweight boat as it provides less thrust whereas a 36v series would provide the most benefit for larger/heavier boats with a more powerful thrust. Either a 24v or 36v can be used although performance is going to be greatly related to the amount of thrust capable in each individual installation.
Amp Hours/Battery Type
Both amp hours and battery type will be related to one another when it comes to suggestions. If using lead acid or AGM batteries, 100Ah would be the minimum recommendation. If using lithium batteries, between 50Ah to 100Ah would be recommended. With both, make sure they are rated for at least 60A continuous output. As with all marine related installations, a marine grade deep cycle battery is going to be designed for this type of use and would be strongly suggested. Overall, lithium batteries are preferred although many potential factors come into play when deciding the batteries to go with for each installation, it would be best to speak with the vessel manufacturer or dealer about which battery is going to be the best fit for the vessel.
For an optimal experience with the Force Trolling Motor and the batteries installed or being considered for installation, refer to the instructions provided by the battery manufacturer for maintenance, storage, and charging instructions. If these instructions are not followed, it can seriously affect the performance and expected operation of the Force Trolling Motor. A battery that is not properly maintained can result in the appearance of a failing motor. Even with a properly installed breaker, an improper installation, as well as a failing battery, can result in equipment failure or damage to the equipment.
A Force Trolling Motor must be able to continually draw upon the maximum rated amperage noted in the manual. If the motor is operating in ways that are not normal (unexpected reboots, freezing, hardware not responding, etc.), troubleshooting issues with power being supplied to the motor become a required step. This may include wiring electronics directly up to the battery and bypassing quick connect plugs and extension cables. It may also result in requiring that one or more of the batteries be tested by a retailer that specializes in load testing batteries.