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Convert 15 kW to its equivalent in tonsR?
3.517 kW = 1.0 Tons Refrigeration. So 15 kW is 4.265 Tons Refrigeration
How do you convert ton refrigeration to KW?
1 ton refrigerant= 3.5 kW
What is conversion factor between kw of Refrigeration and ton refrigeration?
One ton of cooling is about 12,000 Btu/h one Btu/h is 0.293 watt so...One ton = 3.516 Kilowatts
How do you convert dollars to mils per kw?
You cant ! Dollars is a monetary unit, mils is a unit of volume and kw is a unit of electrical energy ! NONE of which have any relation to each other !
How many kw is equal to a ton?
In Indian context how much kW equals to one ton (refrigeration)
What is conversion factor between kw refrigeration and ton of refrigeration?
One ton of cooling is about 12,000 Btu/h one Btu/h is 0.293 watt so...One ton = 3.516 Kilowatts
Refrigeration Convert 1000 kW cooling to tons?
1 TR = 3.517 KW-hours 1000 KW = 284.33 TR
How do you Convert refrigeration tons to kWh?
To convert refrigeration tons (RT) to kilowatt-hours (kWh), you need to know the efficiency of the refrigeration system. Multiply the RT by 12,000 (which is the number of BTUs per hour in one refrigeration ton) to get the BTUs per hour. Then, divide the BTUs per hour by the system's efficiency to get the kWh required.
How much heat energy is produced from 1 kw electric energy?
That depends on how long the 1 kW is applied. Please note that kW is a unit of power, not a unit of energy.In general, 1 kW of electrical energy can be converted into 1 kW of heat - if used in a heater. With a heat pump, 1 kW of electrical energy can, in fact, pump several kW of heat energy.
HOW many Btu's are there in kW of electrical power?
27,304
How many btus are in there in 8 kw of electrical?
27,304
What is relation between kw and kvar?
Kilowatts (kW) measure real power, which is the actual power consumed by electrical devices to perform work. Kilovars (kVAR), on the other hand, measure reactive power, which is used to maintain the electric and magnetic fields in inductive and capacitive components. The relationship between kW and kVAR is important in understanding power factor, as they combine to define the apparent power (measured in kVA) in an AC circuit, through the equation: ( \text{kVA}^2 = \text{kW}^2 + \text{kVAR}^2 ). A higher kVAR can indicate inefficiencies in a system, requiring correction to optimize power usage.
