how do you calculate IKW(consumption per TR) in HVAC?
Answers were Sorted based on User's Feedback
Answer / nilantha warushavithana
1 TR = 12,000 BTU/h
1 BTU/sec = 1.055 kW
12,000 Btu/h = 3.5166 kW
1 kW = 3412.3 BTU/h
| Is This Answer Correct ? | 14 Yes | 1 No |
Ikw
Power input in kw for per ton of refrigeration KW/TR
FOR EXAMPLE 100TR CHILLER
FOR PRODUCING 100TR POWER CONSUMED 90 KW
IKW /TON = 100 / 90 = 0.9 i.e 0.9 KW /TON
to find IKW,COP,EER
If the power consumption is 1 kw /ton power consumption
system will provide cop of 3.5 and EER will be 12.
| Is This Answer Correct ? | 17 Yes | 7 No |
In general Practice you can consider 1 Tr = 1200 Watt = 1.2
kw
1 TR = 3.5 KW is next to impossible.
| Is This Answer Correct ? | 35 Yes | 26 No |
Answer / sohal
to find out ikw
Amp.X Volts X Power-factor X 1.732/1000= kilowatts
then divided by machine tonnage = input kilowatt(IKW)
| Is This Answer Correct ? | 9 Yes | 1 No |
Answer / sandip bharne
1Tr=80x907/24 ( ice requires 80kcal/hr to melt,907 is US
short ton)
=3023 Kcal
1kw= 860kcal/hr
1TR =3024/860
1TR =3.51KW
| Is This Answer Correct ? | 7 Yes | 0 No |
Answer / carol
Be Carefull!!!!
TR and W are POWER UNITS
Btu is an ENERGY UNIT
As everyone knows from Basic Physics:
Energy = Power x time
The actual conversions are:
12.000 Btu/h = 1 TR
1 TR = 3517 W
Therefore,
12.000 Btu = 1 TR-h
12.000 Btu = 3517 kWh
Watchout!!!!!.....
| Is This Answer Correct ? | 8 Yes | 2 No |
Answer / shri narayan gond
I know that 1 kw = 3413 B.T.U. and 1T.R.=12000 B.T.U. ,1T.R.=12000/3413.=3•5Kw.
Santiry fugle chiller I.K.W.=lode k.w./T.r.
For ex. My chiller capacity is 760 tr. And lode
509 kw.
I.K.W. =509/760
Ikw =0•669
| Is This Answer Correct ? | 7 Yes | 1 No |
Answer / pradip
1TR= 12000BTU = 3000KCAL = 3.516KW,It is a thermal Unit,
But IKW relate of Power Consuption of Kw/TR,
In market many HVAC systems area available,so every systems
has different IKW,
Example : for VRV system
1TR consume 0.95 to 1.2KW,
1TR=1.2KW,
so IKW =1.2
| Is This Answer Correct ? | 6 Yes | 2 No |
Answer / ruka
1TR=3.5kW <-- Cooling Capacity
3.5kW/COP = Electricity Consumption; normally COP>= 3
COP = Coefficient of Performance
If COP = 3.5
then;
1TR = 1kW <--- Can be varie
| Is This Answer Correct ? | 5 Yes | 1 No |
Answer / santosh chavan
we need saving power consumption in HVAC system. please share
| Is This Answer Correct ? | 5 Yes | 1 No |
method to check earthing
how regenerative breaking is done in electrical traction
Need help. 3 phase system. Neutral line arced and melted upon connection of connector with 3 phase power. Why would that happen?
air condition capacity for masjad having 50feet in circal and 35 feet high
electromechanical relay type identification example : type=tjmh t-stants for j- m- h-
An impedance of 100 ohms resistance and an unknown inductance is connected across the capacitor. The resulting impedance is a pure resistance of 500 ohms ifω = 10^5 rad/sec. calculate the values of inductor and capacitor.
what happens when ac supply is given to the dc motor and dc supply is given to the ac motor?
HOW VFD USED IN ENERGY SAVING
What is the work of ACCP in LT panel?
State thevenin’s theorem?
what is full form of lv and mv? 2.while we connect capacitor to generator what will cause for it?
what is the voltage level which is used in transformer short circuit test
Civil Engineering (5086)
Mechanical Engineering (4453)
Electrical Engineering (16638)
Electronics Communications (3918)
Chemical Engineering (1095)
Aeronautical Engineering (239)
Bio Engineering (96)
Metallurgy (361)
Industrial Engineering (259)
Instrumentation (3014)
Automobile Engineering (332)
Mechatronics Engineering (97)
Marine Engineering (124)
Power Plant Engineering (172)
Textile Engineering (575)
Production Engineering (25)
Satellite Systems Engineering (106)
Engineering AllOther (1379)