How Many Amps Does A 36 Lb Thrust Trolling Motor Use. And then use the trolling motor for the. How many amps does a 112 lb thrust trolling motor use?
40 to 45 lbs thrust is roughly 29 amps/hr instead of the 42 amps/hr that those respective motors draw for the same thrust. How long will a deep cycle battery run a trolling motor? A 12 volt motor utilizing 20 amps is utilizing 240 watts, or 240/750 =.
How Many Amps Does A Minn Kota Terrova 80 Draw?
How long will a deep cycle battery run a trolling motor? And then use the trolling motor for the. After three attempts and some inaccurate info from a clearly non technical cs rep, i gave up.
If You Use The Trolling Motor For 6 Hours At Average 50% Load Of 20 Amps, The Trolling Motor Will Then Require A Battery Load Of 120 Ah.
If you use the trolling motor for 6 hours at average 50% load of 20 amps, the trolling motor will then require a battery load of 120 ah. The force trolling motor can run on 24 volts or 36 volts, and the chart below shows how a 24v setting will draw higher amps then running at 36 volts. In more technical terms, a 100 amp hour rated battery can deliver 100 amp hours of current to a trolling motor.
How Many Amps Does My Trolling Motor Use?
How many amps does a 55 lb thrust trolling motor draw? For example, if we have a deep cycle battery that is rated for 50ah and we are pairing it with a motor that draws 52 amps at max speed, we would use the following equation: That equates to a max of 50 amps or so for your motor.
To Use An Example, A 55 Lb Thrust Motor Unit Has A Peak Power Draw Of 40 Amps.
How much thrust and draw @ speed 1, speed2/ etc). (6 hours x 20 amps=120 amp hours). It’s not easy to find the exact amp draw rating of a motor, but you can get in touch with the manufacturer by.
A 112# Thrust 36 Volt Would Use Approximately 38 Amps At Full Speed, 20 At Half Speed.
It would be just 135 mins at 25 amps or 270 mins at 12.5 amps. ( this assumes of course that you have wire. Because of the larger windings in the 50 lb thrust model, lower speeds use less amperage for the same thrust.