Btu meter calculation

The system real-time detect the temperature of supply and return pipe. It also monitors the instantaneous flow rate according to the Heat Exchange of Thermodynamics principle. It is approximately the energy needed to heat one pound of water by degree Fahrenheit.

BTU = 0joules, 2calories , 0. BTU is often used as a point of reference for comparing different fuels. Formula changes with fluids others than straight water.

Math is the key to understanding how BTUs move through a system. Let’s take a look at the formula to see what each piece of it means to help you understand it better. The BTU multiplier in the formula is 500. Calculate how many BTUs you need to heat a room or even a house with a wood-burning, pellet or gas fireplace, insert or stove.

A typical household meter and regulator is commonly rated at 2Cubic Feet per Hour. Based on our years of experience, Aircon Experts simplified the technique of calculating the perfect air-conditioner size (Better known as BTU size ) required for all rooms and offices. Purchasing our top quality products, with the perfect sized air-conditioner , is as a long term investment. Mdot can be solved for if you gave a GPM value by assuming that the treated chilled water weighs about 8.

F the outlet temperature is 42. Wondering what size air conditioner you need? BTU Calculator - Room AC Size Guide. Our BTU calculator is designed to determine how many BTUs are needed for a single room. This calculation will not work for a whole house or commercial location, but is ideal for determining your mini split, through-the-wall, PTAC or window AC size.

System-BTU Meter The System-BTU Meter is a highly accurate microprocessor-based instrument designed to provide full energy, flow and temperature data both at the front panel LCD and over an optional serial network interface. A BTU calculation is performed by placing temperature elements in both the inlet and outlet piping of the heat exchanger. Using the difference of these two temperatures and multiplying by the flow rate, a BTU calculation is obtained. The required rating of a unit can be calculated on the basis of several factors, the most important of which is the area (size of the room) it must keep at a comfortable temperature. The British Thermal Unit (BTU) is the amount of energy needed to heat a single pound of water by 1°F.

Simply put, the higher the BTU output, the hotter the radiator or heated towel rail is going to be. One BTU is defined as the amount of heat necessary to raise pound (kg) of water degree Fahrenheit (degrees Celsius). So the energy in kilowatt-hours E(kWh) is equal to 0. Phase change: as heat is applied to the ice, it changes from solid to liqui becoming water.

These meters are used to bill users for energy usage. Its symbol is Btu , or sometimes BTU. Now, the British thermal unit is almost replaced by the SI unit of energy, the joule.

A BTU is a unit of energy, so the question can't be answered without more information.

BTU meters with Emicool are accurate and highly reliable. A BTU or British Thermal Unit is a measurement of how much energy is required to raise the temperature of one pound of water by one degree. That might not sound useful when it comes to air conditioning your home or business but the underlying calculation is critical to staying comfortable. The first step of using this converter is to enter the value of BTU per hour in the blank text field.

Relationship of Cubic Feet to Cubic Meters One meter is equal to 3. To obtain the cubic feet per hour of gas require divide the input of the appliances by the average Btu (kW.h) heating value per cubic foot of the gas. The average Btu per cubic foot is 100. Electricity Costs per kWh = € 18.