How many square feet will 8000 BTU heat?

How many square feet will 8000 BTU heat?


Up to 200 4,000 BTU
Up to 400 8,000 BTU
Up to 600 12,000 BTU
Up to 800 16,000 BTU

How many BTUs does it take to heat a 1600 square foot house?

How many btu do I need to heat 3,000 square feet?

Room/Area Size Heating Capacity(BTU)
1,300 sq ft 59,000-71,000 BTU
1,400 sq ft 63,000-77,000 BTU
1,500 sq ft 68,000-82,000 BTU
1,600 sq ft 72,000-88,000 BTU

How do I calculate BTU for a room?

Of course, BTU is not just calculated by the desired temperature, but also takes into account room size….Calculating the BTU for your room.

Room Multiplication Factor
Bedrooms Multiply Cubic Feet by 4
Common Areas and Kitchens Multiply Cubic Feet by 3
For Rooms Facing North Add 15%
For French Windows Add 20%

How big of a room can 8000 BTU cool?

about 350 square feet
At 8,000 BTU, it has the cooling capacity for up to about 350 square feet.

Is 8000 BTU too much?

Is An 8,000 BTU Unit Appropriate For Your Needs? An 8,000 BTU window AC or portable air conditioner is capable of cooling most standard bedrooms and offices. If you want to cool a larger space or multiple rooms, an 8,000 BTU air conditioner does not have enough power.

How many BTUs do I need for 1500 square feet?

between 45,000 to 90,000 BTUs
A 1,500-square-foot home will require between 45,000 to 90,000 BTUs. A 1,800-square-foot home will require between 55,000 to 110,000 BTUs. A 2,100-square-foot home will require between 65,000 to 125,000 BTUs. A 2,400-square-foot home will require between 75,000 to 145,000 BTUs.

How many BTUs is 1500 watts?

Multiply the wattage of your unit by 3.41 per watt to calculate Btu. A standard 1,500-watt electric heater produces 5,115 (1,500 times 3.41) Btu per hour.

How do you calculate BTU heating per square foot?

To determine the number of BTUs per square foot that you need to heat a room, simply multiply the square footage by 20 BTUs per square foot. For example, if a room has 1,000 square feet, you would require 20,000 BTUs to heat it.

What is a BTU factor in natural gas?

BTUs or British thermal units measure the energy in natural gas. One BTU equals the heat required to raise the temperature of one pound of water 1 degree Fahrenheit. The amount of heat in a burning wooden match is roughly equal to one BTU. A cubic foot of natural gas has 1,015 BTUs.

What is the BTU load of a gas range?

Average number of BTUs for a gas stove Burners on a residential gas range or cooktop will have somewhere from 500 BTUs all the way up to 18,000 BTUs. On a newer 4-burner range, expect one high BTU burner, one low and two mid-range BTU burners. Often, the higher BTU burners are in the front.

Is 7000 BTU enough for a bedroom?

150 – 250 sq. feet: 6,000 BTUs. 250 – 300 sq. feet: 7,000 BTUs.

Is 8000 BTU too much for a bedroom?

What size room will 8000 BTU cool?

Is 15000 BTU too big for a small room?

it will depends how many people entering on that room and consider also you isolation or sealed is that room and if it shaded or sunny area. i think 15000 BTU is too big remember that when your machine was too big it will cause high electricity bills and due of switch off and on of your machine. It’s going to effect how many people in the room?

How big of a room will an 8000 BTU air conditioner cover?

For a triangular room, the formula would be length x breadth x ½ to get the square footage. So, when it comes to the room size, an 8,000 BTU air conditioner will be able to cover areas to the size of 350 to 550 square feet.

What is a BTU Calculator used for?

BTU Calculator AC BTU Calculator. Use this calculator to estimate the cooling needs of a typical room or house, such as finding out the power of a window air conditioner needed for an apartment room or the central air conditioner for an entire house.

What is the average BTU per hour per square foot?

10. 450-550 square feet = 12000 BTU per hour 11. 700-1000 square feet = 18000 BTU per hour 12. 1400-1500 square feet = 24000 Btu per hour 13. – 10% if the area is shaded 14. + 10% if the area is sunny and for your EER or energy efficiency ratio EER= btu/hr devided by watts. I hope it could help,,,,