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Calculations:Electrical Load Schedule Step 1: Collect list of loads. Step 2: Collect electrical load parameters. Step 3: Classify the loads. Voltage Level. Load duty. Load criticality. Step 4: Calculate consumed load. Step 5: Calculate operating, peak and design loads. Operating load. Peak load. Design load.
Schedule of loads are just a summary of data to easily identify and facilitate the necessary values and equipment rating to be used in any electrical installation. Any data given in the schedule of loads were backed by calculation based on a well settled electrical principles and code requirements.
First, you note down the various equipment and write them ing to their types (motors, pumps). Then, you note the tag number, sheet reference, voltage, phase, frequency, absorbed load and rated load.
Add up the watt ratings of all the fixtures and appliances that will be using power simultaneously. Add in the watt rating of every plug-in outlet. Add in the watt of every permanent appliance like dryer/washer, water heater, etc. Add 10000.
Preparing a load schedule helps in determining the amount of power required for an installation. The load schedule helps electrical engineers to properly size conductors, conduits and protection systems. In addition, it helps designers to properly size the power backup generators or other alternative power sources.
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The load schedules is a summary of the data that helps electrical installers to know the equipment ratings and their contribution to the overall power consumption in an installation. The data in the load schedules is usually backed by the calculations which are based on standard electrical codes.
To calculate the commercial electric load, you would first use the formula P = VI to calculate the power consumption of each electric load. For electric load 1, the power consumption would be 5 amps * 120 volts = 600 watts. For electric load 2, the power consumption would be 2 amps * 240 volts = 480 watts.
Here is one: Start by adding the wattage of all lighting branch circuits. Add in the wattage rating of all plug-in outlets. Add in the wattage of all permanent appliances, such as washer/dryer, electric range, or water heaters. Subtract 10,000 multiply this number by . Add 10,000.

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