Q = M * CP * ∆T Volume Flow Rate Of Water 0.
0995 M3/Sec
Volume Flow Rate Of Specific Heat Capacity
Q = Water * Density Of Water * Of Water * Temp. Diff Density Of Water 999.7829 Kg/M3
Q = 0.0995 * 999.7829 * 4.19704 6 Specific Heat Capacity Of Water 4.19704 Kj/Kg K
Q = 2505.09 KW Evaporator Inlet Temp. 12 °C 285.15 °K
Q = 712.28 Tons Evaporator Outlet Temp. 6 °C 279.15 °K
Q = 8547719.07 BTU/Hr 1 °C = 273.15 °K
Volume Flow Rate Of Water
1 M3/Sec = 127133 Ft3/Hr
Conversion
Density Of Water Conversion 1 Kg/M3 = 0.062428 Pound/Ft3
Specific Heat Capacity Of Water
Conversion 1 Kj/Kg K = 0.23884589663 BTU/Pound F
Energy Conversion 1 KW = 3,412.14 BTU/Hr
Energy Conversion 1 Refrigeration Ton = 3.5168525 KW
Density Of Water Conversion 1 Pound/Ft3 = 0.133681 Pound/Gallons
Q = M * CP * ∆T Volume Flow Rate Of Water 12649.7335 Ft3/Hr
Volume Flow Rate Of Specific Heat Capacity
Q =
Water
* Density Of Water *
Of Water
* Temp. Diff Density Of Water 62.4144468812 Pound/Ft3
Q = 12649.7335 * 62.4144468812 * 1.00244578197938 * 10.8 Specific Heat Capacity Of Water 1.00244578198 BTU/Pound F
Q = 8547736.99 BTU/Hr Evaporator Inlet Temp. 53.6 °F
Q = 712.31 Tons Evaporator Outlet Temp. 42.8 °F
Q = 2505.10 KW
Q = M * CP * ∆T Volume Flow Rate Of Water GPM
Volume Flow Rate Of Specific Heat Capacity
Q = Water * Density Of Water * Of Water * Temp. Diff Density Of Water 8.34362567353 Pounds/Gallons
Q = GPM * Pounds/Gallons * BTU/Pound F * °F Specific Heat Capacity Of Water 1.00244578198 BTU/Pound F
Q = GPM * 8.3436256735257 * 1.00244578197938 * °F Evaporator Inlet Temp. °F
Q = GPM * 8.3436256735257 * 1.00244578197938 * °F Evaporator Outlet Temp. °F
Gallons Pounds BTU
Q = * * * °F
Min Gallon Pound F
BTU
Q = * 60
Min
BTU
Q = 501.841941770442 * GPM * ∆T
Hr
Q = 500 * GPM * ∆T BTU/Hr Evaporator In Temp 55 °F Standard Thumb Rule
Q = 500 * GPM * 10 BTU/Hr Evaporator Out Temp 45 °F Standard Thumb Rule
500 * GPM * 10
Q = Tons
12000 Chiller = 2.4 Gallons per Minute / ton
Q(Tons) * 12000 1 ChillerTon = 12,000 BTU / hr
GPM =
500 * 10 Chiller Ton = GPM x ΔT / 24
GPM = Q(Tons) * 2.4 Refrigeration Tons = BTUH/12000
Q = 500 * GPM * ∆T BTU/Hr Evaporator In Temp 55 °F Standard Thumb Rule
Q = 500 * GPM * 10 BTU/Hr Evaporator Out Temp 45 °F Standard Thumb Rule
500 * GPM * 10
Q = Tons
15000 Cooling Tower = 3 Gallons per Minute per ton
Q(Tons) * 15000 1 Tower Ton = 15,000 BTU/hr
GPM =
500 * 10 Tower Ton = GPM x ΔT/30
GPM = Q(Tons) * 3 Cooling Tower Tons = BTUH/15000
Q = M * CP * ∆T Volume Flow Rate Of Water CFM
Density Of Moist Air At Specific Heat Of Moist Specific Heat Of Moist Air At 70O
Q = Volume Flow Rate Of Air * * * Temp. Diff 0.244 BTU/Pound F
70O DB & 50% RH Air At 70O DB & 50% RH DB & 50% RH
1/(Specific Volume Of
* Specific Heat
Of Moist Specific Volume Of Moist Air At
Q = Volume Flow Rate Of Air * Moist Air At 70O DB & * Temp. Diff 13.5 Ft3/Pound
Air At 70O DB & 50% RH 70O DB & 50% RH
50% RH)
Q = CFM * 1/(Ft3/Pound) * BTU/Pound F * °F Coil Inlet Temp. °F
Q = CFM * 0.074074074074074 * 0.244 * °F Coil Outlet Temp. °F
Q = CFM * 0.074074074074074 * 0.244 * °F
Cubic Ft Pound BTU
Q = * * * °F
Min Cubic Ft Pound F
BTU
Q = * 60
Min
BTU
Q = 1.08444444444444 * CFM * ∆T
Hr
Q = M * CP * ∆T Volume Flow Rate Of Water CFM
Q = Volume Flow Rate Of Air *
Density Of Moist Air At
*
Specific Heat Of Moist
* Temp. Diff Specific Heat Of Moist Air At 70O 0.244 BTU/Pound F
70O DB & 50% RH Air At 70O DB & 50% RH DB & 50% RH
1/(Specific Volume Of
Specific Heat Of Moist Specific Volume Of Moist Air At
Q = Volume Flow Rate Of Air * Moist Air At 70O DB & * Air At 70O DB & 50% RH * Temp. Diff 13.5 Ft3/Pound
70O DB & 50% RH
50% RH)
Q = CFM * 1/(Ft3/Pound) * BTU/Pound F * °F Coil Inlet Temp. °F
Q = CFM * 0.074074074074074 * 0.244 * °F Coil Outlet Temp. °F
Q = CFM * 0.074074074074074 * 0.244 * °F
Cubic Ft Pound BTU
Q = * * * °F
Min Cubic Ft Pound F
BTU
Q = * 60
Min
BTU
Q = 1.08444444444444 * CFM * ∆T
Hr
METRIC UNITS
IMPERIAL
UNITS
