Livescope Amp Draw - You will find the expected operating times for your garmin® electronics below. I just got finished installing a livescope system in my rt188 yesterday so i do not know how it's going to work but i went with a 30ah. Garmin support center is where you will find answers to frequently asked questions and resources to help with all of your garmin products. Web so what does the livescope gls10 black box draw when running the lvs32 transducer? Web suppose your garmin device has a “max watts” value of 52.1 watts at 10vdc, and your vessel operates on an 18vdc battery power distribution system. Web ah of lithium / amps being drawn = hours it should run safely example 50ah lithium / 5a draw = 10 hours just a 93sv and the livescope box draw just under 2. Web since the unit will always draw power even when the transducer is out of the water and the chartplotter is on, i’ll install a 6amp rocker switch. Mine only draws about 1a as tested by my phone app.
I just got finished installing a livescope system in my rt188 yesterday so i do not know how it's going to work but i went with a 30ah. Garmin support center is where you will find answers to frequently asked questions and resources to help with all of your garmin products. Web ah of lithium / amps being drawn = hours it should run safely example 50ah lithium / 5a draw = 10 hours just a 93sv and the livescope box draw just under 2. You will find the expected operating times for your garmin® electronics below. Web since the unit will always draw power even when the transducer is out of the water and the chartplotter is on, i’ll install a 6amp rocker switch. Web suppose your garmin device has a “max watts” value of 52.1 watts at 10vdc, and your vessel operates on an 18vdc battery power distribution system. Web so what does the livescope gls10 black box draw when running the lvs32 transducer? Mine only draws about 1a as tested by my phone app.