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  1. The rule of thumb for refrigerator generator sizing is to multiply the running watts by 4 to get starting watts. Here’s how you calculate that: Starting Watts = 4 × Running Watts. That means that 1,000W running watts will likely have about 4,000W starting watts. That means you will need at least a 4,000W generator to run such a refrigerator ...

  2. Sep 26, 2017 · Measure the interior length, width and height in feet of the refrigerator inside the cooling chamber. Only measure parts of the refrigerator inside when it the door is closed. Multiply the length times the width times the height. For instance, if the inside measured 2 feet by 3 feet by 2 feet, the volume would be: 2 x 3 x 2 = 12 cubic feet.

  3. Refrigerator Door Measurement. When it comes to the door opening of a new refrigerator, you need to think about how far the door will open and fill the space of your kitchen. Many refrigerators need to be open to 90 degrees or more to allow full access to vegetable and door bins. If space is a concern, be sure to review the installation ...

  4. Apr 23, 2019 · The once-popular side by side refrigerators have the freezer on the left and the fresh food compartment on the right, and tend to have more freezer space (and, as a result, less refrigerator space) than other styles. Capacity Range: 20-28 cubic feet. Average/Most Common Capacity: 24-25 cubic feet. Width Range: 30-36".

  5. Refrigerator Power Consumption E (kWh) = P (W) x Hr / 1000. If you do not know the wattage, then you can use below formula. E (kWh) = V (V) x I (A) x Hr / 1000. Here Refrigerator wattage is equal to the product of input voltage and current. V (V) is the input voltage of the refrigerator,

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  7. Enter how many hours per day you estimate you run your Refrigerator. If it is less than one hour use a decimal. For example, 30 minutes would be .5 and 15 minutes would be .25. ‍ Power used (Watts) Input the wattage of your Refrigerator. If you are unsure enter the average wattage for a Refrigerator: 180. ‍ How many watts does a ...