You asked the wrong question. You need to know how many amps the motor uses. Then you can multiply amps times volts and get watts. Then you can multiply watts by hours and get watt hours. (For house electricity you pay for kilowatt hours.) A kilowatt is 1,000 watts.
Usually trolling motors are 12 volts DC. You should find the amperage of the motor. Batteries are rated in amp hours. This means that the capacity of the battery will produce a certain amount of amps for a certain amount of hours. If your battery is 500 amp hours it will use any combination of amps and hours up to 500. If your motor draws 20 amps it will drain the battery in 25 hours or 10 amps it will take 50 hours to drain. By paralleling batteries you increase the draw down time. The amp hour capacities of added batteries are added together. Be sure and purchase a Deep Cycle Battery.
To calculate the amps consumed by a motor running at 3736 watts in 230 volts for one hour, use the formula: Amps = Watts / Volts. Therefore, Amps = 3736 watts / 230 volts ≈ 16.23 amps consumed in that one hour.
"Amps" is a steady thing. There's no such thing as "Amps per hour".The current through a 24-watt load is[ 24/the voltage across the load ] Amperes.
To calculate the voltage needed for the electric motor, use the formula Power = Voltage x Current. Given the power (550 watts) and current (8.5 amps), rearrange the formula to solve for voltage: Voltage = Power / Current. Plugging in the values, the voltage required for the motor would be approximately 64.7 volts.
To determine the amp-hours needed for 600 RPM, you need to know the specific power requirements of the device or motor operating at that speed, as well as the voltage. Amp-hours (Ah) is calculated by multiplying current (in amps) by the time (in hours) the device operates. Without additional details regarding the motor's power rating and voltage, it's not possible to provide a specific answer.
Usually trolling motors are 12 volts DC. You should find the amperage of the motor. Batteries are rated in amp hours. This means that the capacity of the battery will produce a certain amount of amps for a certain amount of hours. If your battery is 500 amp hours it will use any combination of amps and hours up to 500. If your motor draws 20 amps it will drain the battery in 25 hours or 10 amps it will take 50 hours to drain. By paralleling batteries you increase the draw down time. The amp hour capacities of added batteries are added together. Be sure and purchase a Deep Cycle Battery.
To calculate the amps consumed by a motor running at 3736 watts in 230 volts for one hour, use the formula: Amps = Watts / Volts. Therefore, Amps = 3736 watts / 230 volts ≈ 16.23 amps consumed in that one hour.
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Varies with the battery. I just bought a deep cycle battery last week at Walmart. 115 amp hour (trolling motor battery) for about $74.00. That is a lead acid battery. Other types and sizes will vary.
A 1500mAh (milliamp-hour) battery can provide a current of 1.5 amps for one hour. To convert milliamp-hours to amps, you divide the capacity by 1000. Therefore, if you use the entire capacity over one hour, it can deliver 1.5 amps continuously. If the usage time changes, the current will adjust accordingly.
910 cranking amps 700 cold cranking amps
In Canada, under the Small Vessel Regulations, you may not tow from one hour after sunset until sunrise.
910 cranking amps 700 cold cranking amps
4000 ma is equivalent to 4 amps 1 amp is 1/1000 ma/hour means amp or ma per hour.
"Amps" is a steady thing. There's no such thing as "Amps per hour".The current through a 24-watt load is[ 24/the voltage across the load ] Amperes.
A btu is a measure of energy, but 18,000 btu per hour is a power of 5.22 kW, which is 5220/220 amps, 24 amps.
I have a 1980,115 Johnson Outboard on a Very Heavy 16ft Crestliner Fiberglass boat,I can get it up to 62kms per hour with 4 people in it .(I used a GPS to test this )