Calculation of electric motor power currents

Simple program for quickly calculating the currents and powers of both single-phase and three-phase motors

We are pleased to introduce you to the "Electrical Motor Current Power Calculation" program, an advanced and versatile tool designed to help engineers, technicians and electrical sector enthusiasts accurately analyze the powers and currents associated with electric motors. This software aims to simplify and optimize the calculation of the fundamental quantities involved in the operation of electric motors, allowing users to obtain precise results in an efficient way.

Featuring an intuitive and easy-to-use interface, the "Electric Motor Current Power Calculation" program is an indispensable tool for anyone involved in the design, installation or maintenance of industrial, commercial or domestic electrical systems. Its main features include:

Automatic Calculation: by entering a few data, depending on what you want to calculate, the program automatically calculates the single-phase and three-phase powers and the calculation of the single-phase or three-phase currents, based on the parameters entered by the user, absorbed current, rated motor power, such as voltage power supply, power factor and efficiency.

In conclusion, the "Electric motor current powers calculation" program is an indispensable companion for all those who work with electric motors, providing an accurate and reliable analysis of the powers and currents involved in their operation. Whether you're an experienced electrical engineer, novice or just a hobbyist, this tool will help you achieve high-quality results easily and efficiently.

Simple software for fast calculation of currents and powers of both single-phase and three-phase motors

Instructions

Let's calculate the power in kW of the single-phase and three-phase motor

We insert:

the voltage in Volts - 230 V;
the current in Ampere - 10 A;
the phase shift Cos Ø - 0,9;
the yield n - 0,8

Let's see the results:

single-phase power - 1,7 kW

three-phase power - 2,9 kW

Let's calculate the motor current in Ampere (A) based on the absorbed power

The voltage remains 230 V;

we insert:

the power - 5 kW
the phase shift Cos Ø - 0,85;
the yield n - 0,7

Let's see the results:

in single-phase the current will be - 36,5 A

in three-phase the current will be - 21,1 A

Easy?

Tools with which the test can be carried out

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Calculation of electric motor power currents

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