This cookie is set by GDPR Cookie Consent plugin. These cookies ensure basic functionalities and security features of the website, anonymously. Necessary cookies are absolutely essential for the website to function properly. The Amps to Volts calculator is fast in its operations with the efficiency of ‘Calculate' and ‘Reset' buttons. Always remember to select the calculation type since Ohms and Watts are entirely different.Ĭhoosing the type of calculation makes the Amps text field to be constant while the second cell will always switch between Watts and Ohms depending on your choice.
It is accurate and gives the exact information according to the input. This online calculator was designed with a program that can execute any conversions related to amps and watts or ohms being converted to volts. V (V) = I (A) x R (Ω), which means that the voltage in volts (V) is calculated by multiplying the current in amps with the Resistance in Ohms (Ω). V (V) = P (W) / I (A), which means that the voltage in Volts (V) is calculated by dividing the power in watts (W) by the current in Amps (A) The Amps to Volts calculator follows a particular formula to execute the conversions. It reduces the time necessary to delete the data manually. The Reset button can be used in a situation where you need to perform another conversion using the same type of calculation. It will give you the results in Volts as 2.4 (V) Enter them respectively in their required cells before clicking on the Calculate button. In a situation where you have 100 Amps (A) and 240 Watts (W), you will start by selecting the calculation type as amps to volts with watts.
Afterward, you can click on the Calculate button which gives the results in volts as 30000 (V). Enter them correctly in the required text fields. The required text fields are two where you will enter the units in amps and the units in watts or ohms.įor example, if you have 200 Amps (A) and 150 Ohms (Ω), you will select amps to volts with ohms as your calculation type. It also gives you an option of changing amps and ohms to volts. You may want to change amps and watts to get the result in volts. The first cell requires you to select the type of calculation. The ‘Reset Button' is helpful for erasing the data in all text fields. The ‘Calculate' button is useful in performing the conversions with a single click. It has two buttons which execute different functions during the calculation. It is a conversion calculator which converts the current in amps to volts.
#Amp to volt conversion code
Solution: I = / = 80.28 Aģ Phase Induction Motor current calculator: A useful calculator to find the FLA and RLA in 3 phase induction motorĮlectricity bill calculator: Used to find the cost of appliances in your bill.Ĥ Band Resistor color code calculator: A useful tool for decoding 4 band resistors.ĥ Band Resistor color coding calculator: Provides the value of 4 band resistor. Find the current if the power factor is 0.9. Three phase kW to Amps calculations involve a ration of 1000 times kW to the power factor times voltage and an additional factor 1.73 that represents an equivalent of √3 and is added because the circuit is three phase in nature.Įxample: A 3 phase 400 volt circuit has a 50 kW load connected to it. Solution: I = / = 31.25 A Three phase kW to Amps Here the formula is identical to the previous one with the difference being a 2 is introduced in the denominator.Įxample: A 200 volt, two-phase circuit operating at 0.8 PF is loaded with 10 kW load. Solution: I = / = 196 A Two-phase kW to Amps The system is operating at 0.85 power factor. Single phase formula is a ration of thousand times kilowatts to the power factor times operating voltages.Įxample: A 120-volt single phase AC circuit has 20 kW load. The single phase and all other alternating current circuits introduce an additional concept of power factor in the denominator.
Solution: I = / 100 = 500 A Single phase kW to Amps
#Amp to volt conversion generator
It is a ratio of 1000 times kW to the system voltages.Įxample: A 50 kW, 100-volt dc (Direct current) generator power v belt at a cement production power plant.
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