British Thermal Units (BTU)
The BTU, or British Thermal Unit, is a unit of energy, worth about 1055 joules. BTUH is a non-systematic abbreviation standing for British Thermal Units per Hour. You could take a total amount of energy in BTU and divide it by the time over which it is produced (or used) to get BTUH. However, you are not converting one to another as BTU is a measure of energy and BTUH is a measure of power.
BTU means" british thermal unit " and is a measure of energy like kWh or Joules. BTU is often used in air conditioning. Btuh or btu/hr is a measure of power like kW and is also used in air conditioning and heating applications. Often "btu" will be used in a lazy shorthand for btu/hr. MBH is shorthand for 1000 btu/hr.
Having this: 400 sqf/ ton and 1 ton= 12000 BTU/h The area to be heated is 162,000 sqf so 162000/400= 405 tons 405 tonsx12000=4'860,000 btuh Converting 4'860,000 btu to watts=1424325.24 watts/hr to heat a 162,000 sf area Regards
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1 watt = 3.413 Btuh 1 kW = 3413 Btuh
1.855KW = 1.758 BTU/second = 6330 BTUH
That's less than half the btu's required what do you think!
BTU stands for British Thermal Unit, which is a unit of energy used to measure heating or cooling capacity. BTUH, on the other hand, stands for British Thermal Units per hour, which measures the rate at which heating or cooling capacity is delivered. In simple terms, BTU measures the total amount of energy, while BTUH measures how quickly that energy is delivered.
You compare the btu input with the btu output. Divide the input into the output and that will give you the efficiency. With multiple extraction you will have to add all the uses. For example 100 million btuh input, with all sources of output having 82 million btuh- divide 100 into 82, for .82, or 82% efficiency.
I just came across literature that rated 13-16,000 btuh for each Kw of power.
The BTU, or British Thermal Unit, is a unit of energy, worth about 1055 joules. BTUH is a non-systematic abbreviation standing for British Thermal Units per Hour. You could take a total amount of energy in BTU and divide it by the time over which it is produced (or used) to get BTUH. However, you are not converting one to another as BTU is a measure of energy and BTUH is a measure of power.
The answer depends on the volume of the gas in the tank, temperature and the dimensions of the tank. As a rule of thumb, you could expect to develop 6,000,000 btuh at 40*
12,000 btuh = 1 ton cooling.
BTU means" british thermal unit " and is a measure of energy like kWh or Joules. BTU is often used in air conditioning. Btuh or btu/hr is a measure of power like kW and is also used in air conditioning and heating applications. Often "btu" will be used in a lazy shorthand for btu/hr. MBH is shorthand for 1000 btu/hr.
C30A is the series of the evap coil. The nominal BTU rating (cooling) for this coil would be 48,000 BTUH (signified by the -047). The "U" indicates upflow, although it can be used in downflow orientation, as well. The "B" would be the case size - 17 1/2" wide.
It is not clear what units you are referring to. The question software doesn't support many special characters, such as the slash (/), so you will need to edit your question and spell things out. Is the second one BTU per hour (BTU/hr)? For the life of me, I can't figure out what CMH is.cmh is cubic meter per hour - m3/hr