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Take the breaker's size and multiply it by the rated voltage. For example, if you have a 20 amp breaker operating at 120 volts, it will have a maximum load of 2400 watts (20 amps x 120 volts).
The electrical load is the calculation of how much power is required to run everything that consumes electricity in your home. When making significant electrical additions to a home, everything that will use electricity to run is calculated to find the electrical load.
However, in order to mathematically do the calculation, you'll need to understand the watts, volts and amps, as well as the relationship between them: Amps = watts / volts. Volts x amps = watts.
The force equation used in the case of a hanging load from a bar is Isaac Newton's Second Law of Motion: "F = m_a," where the sum of all forces is equal to the mass of the load times its acceleration. If the load is not moving, that acceleration turns into gravitational acceleration, g.
For 3-phase systems, we use the following equation: kW = (V × I × PF × 1.732) ÷ 1,000. Again, assuming unity PF and solving this equation for \u201cI,\u201d you get: I = 1,000kW ÷ 1.732V.
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Take the breaker's size and multiply it by the rated voltage. For example, if you have a 20 amp breaker operating at 120 volts, it will have a maximum load of 2400 watts (20 amps x 120 volts).
To calculate commercial electrical load, you simply need to add together the wattage used when you combine all lighting, appliances, systems, etc. In other words, the wattage used by all commercial electrical loads in your premises.
Multiply the mass of the object by the gravitational acceleration of the earth (9.8 m/sec2), and the height in meters. This equation is the object at rest's potential energy. Potential energy is measured in joules; this is the load force.
You can estimate the total running load by adding up the running wattages of all items to be powered. If the name plate show only amps and voltage the wattage can estimated by multiplying volts times amps to calculate watts. Amps times Volts equals Watts.
Multiply the mass of the object by the gravitational acceleration of the earth (9.8 m/sec2), and the height in meters. This equation is the object at rest's potential energy. Potential energy is measured in joules; this is the load force.

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