Review Of How Many Amps Is A 55 Pound Thrust Trolling Motor 2022. A 30 lb thrust trolling motor is plenty strong enough to power a kayak, which rarely exceeds 300 to 400 lbs in fully loaded weight. 50 amp @ 24 vdc:
Seamax 12V Electric Trolling Motor, Tiller Handle Seamax Marine from www.seamaxmarine.com
The formula for calculating required thrust Let's take the 74 lbs of thrust trolling motor from minn kota as an example. A 112# thrust troller uses 37.33 amps on high, and 1/3 of that is 9.33 amps, so with three group 24.
Accurate Way To Calculate Pounds Of Thrust.
For instance, if you've got a boat that weighs 4000 pounds (1814.36 kg), it'll need about 80 pounds (36.28 kg) of thrust. What size battery do i need for a 55 lb thrust trolling motor? The base of this data is a simple formula:
For Example, If You Have A 3000Lb Boat, Fully Loaded, Then The Calculation Is (3000/100) * 2 = 60Lbs Of Thrust.
The heavier your boat is, the more thrust it needs to move around. The additional cost is not much since a good battery will get you back to the launch with having to paddle. The general rule of thumb is a trolling motor uses about 1 amp per pound of thrust so you could be in trouble with smaller rah batteries.
Let's Take The Easiest 100 Amp Hour Battery.
45 x 24 x 0.85 x 0.9/746 = 1.11 hp. How many amps does a 112 lb thrust trolling motor use? Amps hours is a measurement telling how many amps are delivered in a number of hours.
Motor Thrust / Model Max Amp Draw Circuit Breaker;
It has a max amp draw of 45 amps at 24 volts. A 112# thrust troller uses 37.33 amps on high, and 1/3 of that is 9.33 amps, so with three group 24. Thrust trolling motor, you need a single group 27 size battery or 12volt deep cycle battery with a minimum110 amp hour rating.
Let's Take The 74 Lbs Of Thrust Trolling Motor From Minn Kota As An Example.
50 amp @ 24 vdc: 1 amp to 100 hours. A 24v model with 54lb newport vessels 55lb thrust electric trolling motor offers all of these key components at the lowest price of $199, the lowest of any specifications in this example, the aircraft's engines produce 55,145 lb (245,295 n) of thrust, only a quarter of its rated static thrust, to cruise at a velocity of 871 ft/s (265 m/s).
