Talbot
Active member
Thanks, had already considered battery placement, and will be using a single 110 amp/hr carbon fibre lead/acid at the bow dedicated to the thruster and windlass. As you say, the size of the current likely to be running down the charging line is not enormous, because of the available power! Battery size is a trade off of weight against CCA, but I have been advised by a specialist that this should be OK.
My wish is to have a system that will be independent of engine charging, both at anchor and whilst sailing. I will be changing all nav lights to LED, and a selection of interior lights as well. I will also be using keel cooled Fridge/freezer.
The circuit breaker supplied with the windlass is a 100amp, the fuse for the Bow Thruster is 250 amps. The maximum heavy cable length for the bow thruster is 2m (probably less than 1metre) and is 60mm.
I have yet to decide on cable size for the windlass, but it will be a bit longer(max 3 metres) so probably in the order of 50mm.
I will see how much discount I can wring out of Barden at LBS!
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My wish is to have a system that will be independent of engine charging, both at anchor and whilst sailing. I will be changing all nav lights to LED, and a selection of interior lights as well. I will also be using keel cooled Fridge/freezer.
The circuit breaker supplied with the windlass is a 100amp, the fuse for the Bow Thruster is 250 amps. The maximum heavy cable length for the bow thruster is 2m (probably less than 1metre) and is 60mm.
I have yet to decide on cable size for the windlass, but it will be a bit longer(max 3 metres) so probably in the order of 50mm.
I will see how much discount I can wring out of Barden at LBS!
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