Re: Please help with troller mystery
It does not matter unless you parallel the two at the same time which I would not do.
One group size will have more capacity than a different type and you don't want to run them together for that reason as one will deplete before the other. And you could dmage the lessor capacity battery in the process.
For that reason you would normally not parallel even the same group sizes together unless they are the same size, capacity and age.
You can run different sizes on the A/B switch one at a time without problem however.
And just a note, you installed a 50 amp CB again which is close to what the current levels can be for top speed and heavy load on your motor. In my opinion you are running it too close to maximum which will cause premature failure if you are in the habit of running your motor at full power. I would estimate your motor is running 46 amps at max thrust and high speed.
Correctly you should have put a 60 amp on it to give it some room to breath and prevent thermal problems in the future.
When I worked electrical typically we built circuits to run about 80% of the rated load on a breaker.
It does not matter unless you parallel the two at the same time which I would not do.
One group size will have more capacity than a different type and you don't want to run them together for that reason as one will deplete before the other. And you could dmage the lessor capacity battery in the process.
For that reason you would normally not parallel even the same group sizes together unless they are the same size, capacity and age.
You can run different sizes on the A/B switch one at a time without problem however.
And just a note, you installed a 50 amp CB again which is close to what the current levels can be for top speed and heavy load on your motor. In my opinion you are running it too close to maximum which will cause premature failure if you are in the habit of running your motor at full power. I would estimate your motor is running 46 amps at max thrust and high speed.
Correctly you should have put a 60 amp on it to give it some room to breath and prevent thermal problems in the future.
When I worked electrical typically we built circuits to run about 80% of the rated load on a breaker.
