![]() |
If this is your first visit, be sure to check out the FAQ by clicking the link above. You may have to register before you can post: click the register link above to proceed. To start viewing messages, select the forum that you want to visit from the selection below. |
|
|
Thread Tools | Display Modes |
|
#1
|
|||
|
|||
![]() "Marty S." wrote in message ... I'm looking for information about electric motors and the most efficient battery combinations in terms of weight of adding a battery vs. the power that going to 24volt might give me. I live in an area that doesn't allow gas motors on its reservoirs; only electric motors, so I could only power my 12' jon boat with electric. I'd like to match up the most efficient combination of motor size, battery, and weight. I would like to know if I get longer run time and/or more power with a 50lb 12volt motor or a similar sized 24volt motor? Or, would I get a better weight-power-endurance combination getting a 36volt, 100+ lb motor?? Also, would I get more run time from 2 batteries (1 to run, and one as a spare, i.e., "refuel") with a 12volt motor, or 2 batteries running simultaneously on a 24volt motor? questions, questions, questions... I might be wrong, and this is strictly my experience speaking but I used to run a 12 volt system long ago in a galaxy far, far away. I had a 42 pound thrust motor and I would drain the battery dead long before I was ready to come in for the day. Then I went to two, 12 volt batteries on the same motor and found that I could go all day without problems. Then, I sold that boat and got one with a 24 volt system and a 60 pound thrust motor. I couldn't believe how long I could go on a single charge! It was far longer than running the 12 volt system with two batteries. I think that 36 volt would be overkill, but I think that if you were to get a 24 volt, 65 pound thrust system, you would be VERY pleased with the results. I believe that if you are running a larger than needed motor, you can run it on lower settings, thus saving on batteries. You'll have to run a lesser thrust motor on higher settings to get the same performance, and use up the batteries faster in the process. -- Steve OutdoorFrontiers http://www.outdoorfrontiers.com G & S Guide Service and Custom Rods http://www.herefishyfishy.com |
#2
|
|||
|
|||
![]()
On the other hand, I have a 50 pound thrust Minnkota on my little 14-1/2
foot glass boat. I'm hard on the battery, but I can easily fish two long days without a charge. I do run a group 29 deep cycle battery. RichZ© www.richz.com/fishing |
#3
|
|||
|
|||
![]()
You might think about a 12 volt trolling motor with a built in
Maximizer, the Maximizer should extend the battery life and give you variable speed control.. I fish therefore I lie |
#4
|
|||
|
|||
![]()
I have the Minn Kota 55T maximizer (12V) and it pushes my 12ft tin for 3 days with no drop in performance on the Peace River in
current. Doc ================================================== ======== "AJH" wrote in message ... You might think about a 12 volt trolling motor with a built in Maximizer, the Maximizer should extend the battery life and give you variable speed control.. I fish therefore I lie |
#5
|
|||
|
|||
![]()
That's well& good Bill, but what about when you get your f-t -ss in the boat
too? Happy Holidays Pal ;-) Warren "Doc (The Tin Boat King)" wrote in message ... I have the Minn Kota 55T maximizer (12V) and it pushes my 12ft tin for 3 days with no drop in performance on the Peace River in current. Doc ================================================== ======== "AJH" wrote in message ... You might think about a 12 volt trolling motor with a built in Maximizer, the Maximizer should extend the battery life and give you variable speed control.. I fish therefore I lie |
Thread Tools | |
Display Modes | |
|
|
![]() |
||||
Thread | Thread Starter | Forum | Replies | Last Post |
Electric motors and battery combinations...>>> | Marty S. | General Discussion | 19 | January 4th, 2004 03:52 AM |