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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc. METSiS EKA Hospital Mechanical Division Page 1 Air Handler #1 - FCU-12.10.045 - Summary Loads Zn No Description Zone Peak Time Area People Volume Htg.Loss Htg.L/s L/s/Sqm Sen.Gain Clg.L/s L/s/Sqm Lat.Gain S.Exh W.Exh Htg.O.A. Req.L/s Act.L/s Clg.O.A. Req.L/s Act.L/s 1 12.10.045 MRI 5pm December 44 3 131 -602 0 0.00 9,694 880 20.10 1,286 0 0 None 0 0 None 0 0 Zone Peak Totals: Total Zones: 1 Unique Zones: 1 44 3 131 -602 0 0.00 9,694 880 20.10 1,286 0 0 0 0 0 0 E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Floor 12 (+10)

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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 1

Air Handler #1 - FCU-12.10.045 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

1 12.10.045 MRI5pm December

443

131

-6020

0.00

9,694880

20.10

1,28600

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

443

131

-6020

0.00

9,694880

20.10

1,28600

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 2

Air Handler #1 - FCU-12.10.045 - Total Load Summary Air Handler Description: FCU-12.10.045 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.88 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.90 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 5pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.54 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -602 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -602 Watts

Heating Supply Air: -602 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 9,435 WattsInfiltration sensible gain: 259 WattsDraw-thru fan sensible gain: 877 WattsSupply duct sensible gain: 1,202 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 11,773 Watts

Cooling Supply Air: 11,773 / (1.000 X 1.23 X 11) = 880 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 455 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 455 WattsTotal sensible gain on air handling system: 12,228 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 1,088 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 1,286 WattsTotal system sensible and latent gain: 13,514 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 880 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 44 Sq.mSupply Air Per Unit Area: 20.0991 L/s/Sq.mArea Per Cooling Capacity: 3.2411 Sq.m/kW 11.4 Sq.m/TonCooling Capacity Per Area: 0.3085 kW/Sq.m 0.0877 Tons/Sq.mHeating Capacity Per Area: -13.75 Watts/Sq.m

Total Heating Required With Outside Air: -0.60 kWTotal Cooling With Outside Air: 13.51 kW 3.84 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 3

Air Handler #2 - FCU-12.10.059 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

212.10.059 Preparation Area3pm December

153

46

-910

0.00

2,317188

12.39

56900

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

153

46

-910

0.00

2,317188

12.39

56900

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 4

Air Handler #2 - FCU-12.10.059 - Total Load Summary Air Handler Description: FCU-12.10.059 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.19 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.83 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -91 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -91 Watts

Heating Supply Air: -91 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 2,221 WattsInfiltration sensible gain: 97 WattsDraw-thru fan sensible gain: 187 WattsSupply duct sensible gain: 257 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 2,762 Watts

Cooling Supply Air: 2,762 / (1.000 X 1.23 X 12) = 188 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 97 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 97 WattsTotal sensible gain on air handling system: 2,859 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 371 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 569 WattsTotal system sensible and latent gain: 3,428 Watts

Check FiguresTotal Air Handler Supply Air (based on a 12° TD): 188 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 15 Sq.mSupply Air Per Unit Area: 12.3838 L/s/Sq.mArea Per Cooling Capacity: 4.4346 Sq.m/kW 15.6 Sq.m/TonCooling Capacity Per Area: 0.2255 kW/Sq.m 0.0641 Tons/Sq.mHeating Capacity Per Area: -5.97 Watts/Sq.m

Total Heating Required With Outside Air: -0.09 kWTotal Cooling With Outside Air: 3.43 kW 0.97 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 5

Air Handler #3 - FCU-12.10.047 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

312.10.047 MRI Control Room3pm December

203

59

00

0.00

1,6931135.77

67300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

203

59

00

0.00

1,6931135.77

67300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 6

Air Handler #3 - FCU-12.10.047 - Total Load Summary Air Handler Description: FCU-12.10.047 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.11 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.74 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 1,569 WattsInfiltration sensible gain: 124 WattsDraw-thru fan sensible gain: 112 WattsSupply duct sensible gain: 154 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 1,959 Watts

Cooling Supply Air: 1,959 / (1.000 X 1.23 X 14) = 113 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 58 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 58 WattsTotal sensible gain on air handling system: 2,017 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 475 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 673 WattsTotal system sensible and latent gain: 2,690 Watts

Check FiguresTotal Air Handler Supply Air (based on a 14° TD): 113 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 20 Sq.mSupply Air Per Unit Area: 5.7725 L/s/Sq.mArea Per Cooling Capacity: 7.2483 Sq.m/kW 25.5 Sq.m/TonCooling Capacity Per Area: 0.1380 kW/Sq.m 0.0392 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 2.69 kW 0.76 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 7

Air Handler #4 - FCU-12.10.046 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

412.10.046 MRI Technical5pm February

143

41

-1360

0.00

15,1041,488

110.20

53300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

143

41

-1360

0.00

15,1041,488

110.20

53300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 8

Air Handler #4 - FCU-12.10.046 - Total Load Summary Air Handler Description: FCU-12.10.046 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 1.49 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.97 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 5pm in February. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.54 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -136 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -136 Watts

Heating Supply Air: -136 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 15,024 WattsInfiltration sensible gain: 80 WattsDraw-thru fan sensible gain: 1,482 WattsSupply duct sensible gain: 2,031 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 18,617 Watts

Cooling Supply Air: 18,617 / (1.000 X 1.23 X 10) = 1,488 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 768 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 768 WattsTotal sensible gain on air handling system: 19,385 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 335 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 533 WattsTotal system sensible and latent gain: 19,919 Watts

Check FiguresTotal Air Handler Supply Air (based on a 10° TD): 1,488 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 14 Sq.mSupply Air Per Unit Area: 110.1958 L/s/Sq.mArea Per Cooling Capacity: 0.6778 Sq.m/kW 2.4 Sq.m/TonCooling Capacity Per Area: 1.4755 kW/Sq.m 0.4195 Tons/Sq.mHeating Capacity Per Area: -10.08 Watts/Sq.m

Total Heating Required With Outside Air: -0.14 kWTotal Cooling With Outside Air: 19.92 kW 5.66 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 9

Air Handler #5 - FCU-12.10.043 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

512.10.0043 Mammogram3pm December

173

50

00

0.00

1,5601066.37

60300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

173

50

00

0.00

1,5601066.37

60300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 10

Air Handler #5 - FCU-12.10.043 - Total Load Summary Air Handler Description: FCU-12.10.043 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.11 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.75 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 1,454 WattsInfiltration sensible gain: 106 WattsDraw-thru fan sensible gain: 105 WattsSupply duct sensible gain: 144 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 1,809 Watts

Cooling Supply Air: 1,809 / (1.000 X 1.23 X 14) = 106 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 55 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 55 WattsTotal sensible gain on air handling system: 1,864 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 405 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 603 WattsTotal system sensible and latent gain: 2,467 Watts

Check FiguresTotal Air Handler Supply Air (based on a 14° TD): 106 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 17 Sq.mSupply Air Per Unit Area: 6.3655 L/s/Sq.mArea Per Cooling Capacity: 6.7300 Sq.m/kW 23.7 Sq.m/TonCooling Capacity Per Area: 0.1486 kW/Sq.m 0.0423 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 2.47 kW 0.70 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 11

Air Handler #6 - FCU-12.10.078 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

6 12.10.078 USG3pm December

173

50

00

0.00

3,760333

20.07

60300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

173

50

00

0.00

3,760333

20.07

60300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 12

Air Handler #6 - FCU-12.10.078 - Total Load Summary Air Handler Description: FCU-12.10.078 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.33 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.88 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 3,654 WattsInfiltration sensible gain: 106 WattsDraw-thru fan sensible gain: 332 WattsSupply duct sensible gain: 455 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 4,546 Watts

Cooling Supply Air: 4,546 / (1.000 X 1.23 X 11) = 333 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 172 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 172 WattsTotal sensible gain on air handling system: 4,718 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 405 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 603 WattsTotal system sensible and latent gain: 5,321 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 333 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 17 Sq.mSupply Air Per Unit Area: 20.0646 L/s/Sq.mArea Per Cooling Capacity: 3.1197 Sq.m/kW 11.0 Sq.m/TonCooling Capacity Per Area: 0.3205 kW/Sq.m 0.0911 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 5.32 kW 1.51 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 13

Air Handler #7 - FCU-12.10.014 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

712.10.014 DEXA Room3pm December

203

61

00

0.00

1,9541396.80

69500

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

203

61

00

0.00

1,9541396.80

69500

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 14

Air Handler #7 - FCU-12.10.014 - Total Load Summary Air Handler Description: FCU-12.10.014 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.14 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.76 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 1,824 WattsInfiltration sensible gain: 130 WattsDraw-thru fan sensible gain: 138 WattsSupply duct sensible gain: 189 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 2,282 Watts

Cooling Supply Air: 2,282 / (1.000 X 1.23 X 13) = 139 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 72 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 72 WattsTotal sensible gain on air handling system: 2,353 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 497 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 695 WattsTotal system sensible and latent gain: 3,048 Watts

Check FiguresTotal Air Handler Supply Air (based on a 13° TD): 139 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 20 Sq.mSupply Air Per Unit Area: 6.7940 L/s/Sq.mArea Per Cooling Capacity: 6.6919 Sq.m/kW 23.5 Sq.m/TonCooling Capacity Per Area: 0.1494 kW/Sq.m 0.0425 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 3.05 kW 0.87 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 15

Air Handler #8 - FCU-12.10.030 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

812.25.030 Stress Room3pm December

103

30

00

0.00

1,811147

14.57

44400

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

103

30

00

0.00

1,811147

14.57

44400

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 16

Air Handler #8 - FCU-12.10.030 - Total Load Summary Air Handler Description: FCU-12.10.030 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.15 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.83 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 1,747 WattsInfiltration sensible gain: 64 WattsDraw-thru fan sensible gain: 147 WattsSupply duct sensible gain: 201 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 2,159 Watts

Cooling Supply Air: 2,159 / (1.000 X 1.23 X 12) = 147 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 76 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 76 WattsTotal sensible gain on air handling system: 2,235 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 246 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 444 WattsTotal system sensible and latent gain: 2,679 Watts

Check FiguresTotal Air Handler Supply Air (based on a 12° TD): 147 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 10 Sq.mSupply Air Per Unit Area: 14.5685 L/s/Sq.mArea Per Cooling Capacity: 3.7701 Sq.m/kW 13.3 Sq.m/TonCooling Capacity Per Area: 0.2652 kW/Sq.m 0.0754 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 2.68 kW 0.76 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 17

Air Handler #9 - FCU-12.10.070 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

912.10.070 Stress Room3pm December

103

30

00

0.00

1,802147

14.84

43900

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

103

30

00

0.00

1,802147

14.84

43900

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 18

Air Handler #9 - FCU-12.10.070 - Total Load Summary Air Handler Description: FCU-12.10.070 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.15 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.83 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 1,739 WattsInfiltration sensible gain: 63 WattsDraw-thru fan sensible gain: 146 WattsSupply duct sensible gain: 200 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 2,149 Watts

Cooling Supply Air: 2,149 / (1.000 X 1.23 X 12) = 147 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 76 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 76 WattsTotal sensible gain on air handling system: 2,225 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 241 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 439 WattsTotal system sensible and latent gain: 2,664 Watts

Check FiguresTotal Air Handler Supply Air (based on a 12° TD): 147 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 10 Sq.mSupply Air Per Unit Area: 14.8332 L/s/Sq.mArea Per Cooling Capacity: 3.7162 Sq.m/kW 13.1 Sq.m/TonCooling Capacity Per Area: 0.2691 kW/Sq.m 0.0765 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 2.66 kW 0.76 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 19

Air Handler #10 - FCU-12.10.082 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

1012.10.082 Stress Treadmill3pm December

213

62

00

0.00

2,2981748.41

70300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

213

62

00

0.00

2,2981748.41

70300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 20

Air Handler #10 - FCU-12.10.082 - Total Load Summary Air Handler Description: FCU-12.10.082 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.17 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.79 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 2,166 WattsInfiltration sensible gain: 132 WattsDraw-thru fan sensible gain: 173 WattsSupply duct sensible gain: 238 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 2,709 Watts

Cooling Supply Air: 2,709 / (1.000 X 1.23 X 13) = 174 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 90 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 90 WattsTotal sensible gain on air handling system: 2,799 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 505 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 703 WattsTotal system sensible and latent gain: 3,502 Watts

Check FiguresTotal Air Handler Supply Air (based on a 13° TD): 174 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 21 Sq.mSupply Air Per Unit Area: 8.4087 L/s/Sq.mArea Per Cooling Capacity: 5.9116 Sq.m/kW 20.8 Sq.m/TonCooling Capacity Per Area: 0.1692 kW/Sq.m 0.0481 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 3.50 kW 1.00 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 21

Air Handler #11 - FCU-12.10.081 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

13 12.10.081 X-Ray3pm December

323

96

00

0.00

6,887620

19.38

97800

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

323

96

00

0.00

6,887620

19.38

97800

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 22

Air Handler #11 - FCU-12.10.081 - Total Load Summary Air Handler Description: FCU-12.10.081 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.62 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.89 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 6,683 WattsInfiltration sensible gain: 204 WattsDraw-thru fan sensible gain: 618 WattsSupply duct sensible gain: 847 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 8,352 Watts

Cooling Supply Air: 8,352 / (1.000 X 1.23 X 11) = 620 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 320 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 320 WattsTotal sensible gain on air handling system: 8,672 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 780 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 978 WattsTotal system sensible and latent gain: 9,650 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 620 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 32 Sq.mSupply Air Per Unit Area: 19.3827 L/s/Sq.mArea Per Cooling Capacity: 3.3161 Sq.m/kW 11.7 Sq.m/TonCooling Capacity Per Area: 0.3016 kW/Sq.m 0.0857 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 9.65 kW 2.74 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 23

Air Handler #12 - FCU-12.10.012 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

1212.10.012 Recovery Injection3pm December

183

54

-910

0.00

2,781230

12.70

63900

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

183

54

-910

0.00

2,781230

12.70

63900

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 24

Air Handler #12 - FCU-12.10.012 - Total Load Summary Air Handler Description: FCU-12.10.012 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.23 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.84 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -91 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -91 Watts

Heating Supply Air: -91 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 2,665 WattsInfiltration sensible gain: 115 WattsDraw-thru fan sensible gain: 229 WattsSupply duct sensible gain: 314 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 3,323 Watts

Cooling Supply Air: 3,323 / (1.000 X 1.23 X 12) = 230 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 119 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 119 WattsTotal sensible gain on air handling system: 3,442 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 441 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 639 WattsTotal system sensible and latent gain: 4,081 Watts

Check FiguresTotal Air Handler Supply Air (based on a 12° TD): 230 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 18 Sq.mSupply Air Per Unit Area: 12.7013 L/s/Sq.mArea Per Cooling Capacity: 4.4348 Sq.m/kW 15.6 Sq.m/TonCooling Capacity Per Area: 0.2255 kW/Sq.m 0.0641 Tons/Sq.mHeating Capacity Per Area: -5.01 Watts/Sq.m

Total Heating Required With Outside Air: -0.09 kWTotal Cooling With Outside Air: 4.08 kW 1.16 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 25

Air Handler #13 - FCU-12.10.009 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

11 12.10.009 CT10am December

383

114

-5470

0.00

13,4701,28033.60

98400

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

383

114

-5470

0.00

13,4701,28033.60

98400

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 26

Air Handler #13 - FCU-12.10.009 - Total Load Summary Air Handler Description: FCU-12.10.009 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 1.28 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.94 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 11am in December. Outdoor Conditions: Clg: 30° DB, 29° WB, 25.47 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in December at 10am is different from the total system peak time, hence the air system L/s was computed using a zone sensible load of 13,470.

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -547 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -547 Watts

Heating Supply Air: -547 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 13,276 WattsInfiltration sensible gain: 176 WattsDraw-thru fan sensible gain: 1,275 WattsSupply duct sensible gain: 1,747 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 16,474 Watts

Cooling Supply Air: 16,493 / (1.000 X 1.23 X 10) = 1,280 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 661 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 661 WattsTotal sensible gain on air handling system: 17,135 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 891 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 1,089 WattsTotal system sensible and latent gain: 18,224 Watts

Check FiguresTotal Air Handler Supply Air (based on a 10° TD): 1,280 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 38 Sq.mSupply Air Per Unit Area: 33.5957 L/s/Sq.mArea Per Cooling Capacity: 2.0906 Sq.m/kW 7.4 Sq.m/TonCooling Capacity Per Area: 0.4783 kW/Sq.m 0.1360 Tons/Sq.mHeating Capacity Per Area: -14.37 Watts/Sq.m

Total Heating Required With Outside Air: -0.55 kWTotal Cooling With Outside Air: 18.22 kW 5.18 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 27

Air Handler #14 - FCU-12.10.053 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

1412.10.053 Operator Room10am February

173

51

-2850

0.00

9,241893

52.86

54700

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

173

51

-2850

0.00

9,241893

52.86

54700

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 28

Air Handler #14 - FCU-12.10.053 - Total Load Summary Air Handler Description: FCU-12.10.053 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.89 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.95 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 10am in February. Outdoor Conditions: Clg: 29° DB, 28° WB, 23.43 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -285 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -285 Watts

Heating Supply Air: -285 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 9,176 WattsInfiltration sensible gain: 65 WattsDraw-thru fan sensible gain: 890 WattsSupply duct sensible gain: 1,219 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 11,350 Watts

Cooling Supply Air: 11,350 / (1.000 X 1.23 X 10) = 893 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 461 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 461 WattsTotal sensible gain on air handling system: 11,811 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 349 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 547 WattsTotal system sensible and latent gain: 12,358 Watts

Check FiguresTotal Air Handler Supply Air (based on a 10° TD): 893 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 17 Sq.mSupply Air Per Unit Area: 52.8583 L/s/Sq.mArea Per Cooling Capacity: 1.3676 Sq.m/kW 4.8 Sq.m/TonCooling Capacity Per Area: 0.7312 kW/Sq.m 0.2079 Tons/Sq.mHeating Capacity Per Area: -16.88 Watts/Sq.m

Total Heating Required With Outside Air: -0.29 kWTotal Cooling With Outside Air: 12.36 kW 3.51 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 29

Air Handler #15 - FCU-12.25.002 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

15 12.25.002 Sub-Wait3pm December

323

97

00

0.00

2,0651173.61

98800

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

323

97

00

0.00

2,0651173.61

98800

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 30

Air Handler #15 - FCU-12.25.002 - Total Load Summary Air Handler Description: FCU-12.25.002 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.12 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.70 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 1,859 WattsInfiltration sensible gain: 206 WattsDraw-thru fan sensible gain: 116 WattsSupply duct sensible gain: 160 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 2,342 Watts

Cooling Supply Air: 2,342 / (1.000 X 1.23 X 16) = 117 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 60 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 60 WattsTotal sensible gain on air handling system: 2,402 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 790 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 988 WattsTotal system sensible and latent gain: 3,390 Watts

Check FiguresTotal Air Handler Supply Air (based on a 16° TD): 117 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 32 Sq.mSupply Air Per Unit Area: 3.6098 L/s/Sq.mArea Per Cooling Capacity: 9.5581 Sq.m/kW 33.6 Sq.m/TonCooling Capacity Per Area: 0.1046 kW/Sq.m 0.0297 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 3.39 kW 0.96 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 31

Air Handler #16 - FCU-12.10.058 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

1612.10.058 PET-CT Room10am February

363

108

-2630

0.00

13,0401,24834.76

93800

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

363

108

-2630

0.00

13,0401,24834.76

93800

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 32

Air Handler #16 - FCU-12.10.058 - Total Load Summary Air Handler Description: FCU-12.10.058 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 1.25 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.94 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 10am in February. Outdoor Conditions: Clg: 29° DB, 28° WB, 23.43 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -263 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -263 Watts

Heating Supply Air: -263 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 12,902 WattsInfiltration sensible gain: 138 WattsDraw-thru fan sensible gain: 1,243 WattsSupply duct sensible gain: 1,704 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 15,987 Watts

Cooling Supply Air: 15,987 / (1.000 X 1.23 X 10) = 1,248 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 645 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 645 WattsTotal sensible gain on air handling system: 16,632 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 740 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 938 WattsTotal system sensible and latent gain: 17,570 Watts

Check FiguresTotal Air Handler Supply Air (based on a 10° TD): 1,248 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 36 Sq.mSupply Air Per Unit Area: 34.7615 L/s/Sq.mArea Per Cooling Capacity: 2.0433 Sq.m/kW 7.2 Sq.m/TonCooling Capacity Per Area: 0.4894 kW/Sq.m 0.1392 Tons/Sq.mHeating Capacity Per Area: -7.32 Watts/Sq.m

Total Heating Required With Outside Air: -0.26 kWTotal Cooling With Outside Air: 17.57 kW 5.00 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 33

Air Handler #17 - FCU-12.10.011 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

1712.10.011 Recovery Injection3pm December

163

48

00

0.00

1,6381167.29

58600

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

163

48

00

0.00

1,6381167.29

58600

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 34

Air Handler #17 - FCU-12.10.011 - Total Load Summary Air Handler Description: FCU-12.10.011 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.12 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.76 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 1,536 WattsInfiltration sensible gain: 101 WattsDraw-thru fan sensible gain: 115 WattsSupply duct sensible gain: 158 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 1,911 Watts

Cooling Supply Air: 1,911 / (1.000 X 1.23 X 13) = 116 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 60 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 60 WattsTotal sensible gain on air handling system: 1,971 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 388 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 586 WattsTotal system sensible and latent gain: 2,557 Watts

Check FiguresTotal Air Handler Supply Air (based on a 13° TD): 116 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 16 Sq.mSupply Air Per Unit Area: 7.2863 L/s/Sq.mArea Per Cooling Capacity: 6.2190 Sq.m/kW 21.9 Sq.m/TonCooling Capacity Per Area: 0.1608 kW/Sq.m 0.0457 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 2.56 kW 0.73 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 35

Air Handler #18 - FCU-12.10.057 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

1812.10.057 Post Endoscopy10am February

343

101

-1820

0.00

8,761818

24.29

89300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

343

101

-1820

0.00

8,761818

24.29

89300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 36

Air Handler #18 - FCU-12.10.057 - Total Load Summary Air Handler Description: FCU-12.10.057 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.82 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.92 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 10am in February. Outdoor Conditions: Clg: 29° DB, 28° WB, 23.43 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -182 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -182 Watts

Heating Supply Air: -182 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 8,631 WattsInfiltration sensible gain: 130 WattsDraw-thru fan sensible gain: 815 WattsSupply duct sensible gain: 1,117 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 10,693 Watts

Cooling Supply Air: 10,693 / (1.000 X 1.23 X 11) = 818 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 423 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 423 WattsTotal sensible gain on air handling system: 11,116 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 695 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 893 WattsTotal system sensible and latent gain: 12,009 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 818 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 34 Sq.mSupply Air Per Unit Area: 24.2852 L/s/Sq.mArea Per Cooling Capacity: 2.8062 Sq.m/kW 9.9 Sq.m/TonCooling Capacity Per Area: 0.3563 kW/Sq.m 0.1013 Tons/Sq.mHeating Capacity Per Area: -5.40 Watts/Sq.m

Total Heating Required With Outside Air: -0.18 kWTotal Cooling With Outside Air: 12.01 kW 3.41 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 37

Air Handler #19 - FCU-12.10.018 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

19 12.10.018 Endoscopy3pm December

253

75

00

0.00

6,561601

24.14

80500

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

253

75

00

0.00

6,561601

24.14

80500

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 38

Air Handler #19 - FCU-12.10.018 - Total Load Summary Air Handler Description: FCU-12.10.018 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.60 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.91 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 6,402 WattsInfiltration sensible gain: 159 WattsDraw-thru fan sensible gain: 599 WattsSupply duct sensible gain: 820 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 7,980 Watts

Cooling Supply Air: 7,980 / (1.000 X 1.23 X 11) = 601 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 310 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 310 WattsTotal sensible gain on air handling system: 8,290 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 607 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 805 WattsTotal system sensible and latent gain: 9,095 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 601 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 25 Sq.mSupply Air Per Unit Area: 24.1354 L/s/Sq.mArea Per Cooling Capacity: 2.7376 Sq.m/kW 9.6 Sq.m/TonCooling Capacity Per Area: 0.3653 kW/Sq.m 0.1039 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 9.10 kW 2.59 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 39

Air Handler #20 - FCU-12.10.054 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

2012.10.054 Opthalmology3pm December

213

62

00

0.00

3,948344

16.63

70300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

213

62

00

0.00

3,948344

16.63

70300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 40

Air Handler #20 - FCU-12.10.054 - Total Load Summary Air Handler Description: FCU-12.10.054 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.34 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.87 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 3,816 WattsInfiltration sensible gain: 132 WattsDraw-thru fan sensible gain: 343 WattsSupply duct sensible gain: 470 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 4,761 Watts

Cooling Supply Air: 4,761 / (1.000 X 1.23 X 11) = 344 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 178 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 178 WattsTotal sensible gain on air handling system: 4,939 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 505 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 703 WattsTotal system sensible and latent gain: 5,641 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 344 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 21 Sq.mSupply Air Per Unit Area: 16.6253 L/s/Sq.mArea Per Cooling Capacity: 3.6695 Sq.m/kW 12.9 Sq.m/TonCooling Capacity Per Area: 0.2725 kW/Sq.m 0.0775 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 5.64 kW 1.60 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 41

Air Handler #21 - FCU-12.10.051 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

2112.10.051 Non-Invasive2pm June

163

48

-1420

0.00

5,093469

29.14

59300

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

163

48

-1420

0.00

5,093469

29.14

59300

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 42

Air Handler #21 - FCU-12.10.051 - Total Load Summary Air Handler Description: FCU-12.10.051 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.47 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.91 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 2pm in June. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.30 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -142 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -142 Watts

Heating Supply Air: -142 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 4,993 WattsInfiltration sensible gain: 100 WattsDraw-thru fan sensible gain: 467 WattsSupply duct sensible gain: 640 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 6,201 Watts

Cooling Supply Air: 6,201 / (1.000 X 1.23 X 11) = 469 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 242 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 242 WattsTotal sensible gain on air handling system: 6,443 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 395 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 593 WattsTotal system sensible and latent gain: 7,036 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 469 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 16 Sq.mSupply Air Per Unit Area: 29.1339 L/s/Sq.mArea Per Cooling Capacity: 2.2884 Sq.m/kW 8.0 Sq.m/TonCooling Capacity Per Area: 0.4370 kW/Sq.m 0.1243 Tons/Sq.mHeating Capacity Per Area: -8.83 Watts/Sq.m

Total Heating Required With Outside Air: -0.14 kWTotal Cooling With Outside Air: 7.04 kW 2.00 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 43

Air Handler #22 - FCU-12.10.049 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

2212.10.049 Non-Invasive7pm June

133

39

-1720

0.00

4,225387

29.56

51600

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

133

39

-1720

0.00

4,225387

29.56

51600

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 44

Air Handler #22 - FCU-12.10.049 - Total Load Summary Air Handler Description: FCU-12.10.049 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.39 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.91 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 7pm in June. Outdoor Conditions: Clg: 31° DB, 30° WB, 26.10 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: -172 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: -172 Watts

Heating Supply Air: -172 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 4,161 WattsInfiltration sensible gain: 63 WattsDraw-thru fan sensible gain: 386 WattsSupply duct sensible gain: 529 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 5,139 Watts

Cooling Supply Air: 5,139 / (1.000 X 1.23 X 11) = 387 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 200 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 200 WattsTotal sensible gain on air handling system: 5,339 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 318 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 516 WattsTotal system sensible and latent gain: 5,854 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 387 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 13 Sq.mSupply Air Per Unit Area: 29.5549 L/s/Sq.mArea Per Cooling Capacity: 2.2377 Sq.m/kW 7.9 Sq.m/TonCooling Capacity Per Area: 0.4469 kW/Sq.m 0.1271 Tons/Sq.mHeating Capacity Per Area: -13.16 Watts/Sq.m

Total Heating Required With Outside Air: -0.17 kWTotal Cooling With Outside Air: 5.85 kW 1.66 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 45

Air Handler #23 - FCU-12.10.023 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

2312.10.023 Generic Screening3pm December

143

43

00

0.00

3,659327

22.72

54900

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

143

43

00

0.00

3,659327

22.72

54900

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 46

Air Handler #23 - FCU-12.10.023 - Total Load Summary Air Handler Description: FCU-12.10.023 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.33 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.89 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 3,567 WattsInfiltration sensible gain: 92 WattsDraw-thru fan sensible gain: 326 WattsSupply duct sensible gain: 447 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 4,431 Watts

Cooling Supply Air: 4,431 / (1.000 X 1.23 X 11) = 327 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 169 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 169 WattsTotal sensible gain on air handling system: 4,600 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 351 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 549 WattsTotal system sensible and latent gain: 5,149 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 327 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 14 Sq.mSupply Air Per Unit Area: 22.7177 L/s/Sq.mArea Per Cooling Capacity: 2.7965 Sq.m/kW 9.8 Sq.m/TonCooling Capacity Per Area: 0.3576 kW/Sq.m 0.1017 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 5.15 kW 1.46 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 47

Air Handler #24 - FCU-12.10.024 - Summary Loads

ZnNo

DescriptionZone Peak Time

AreaPeopleVolume

Htg.LossHtg.L/s

L/s/Sqm

Sen.GainClg.L/s

L/s/Sqm

Lat.GainS.ExhW.Exh

Htg.O.A.Req.L/sAct.L/s

Clg.O.A.Req.L/sAct.L/s

2412.10.024 Generic Screening3pm December

143

42

00

0.00

3,640326

23.29

53900

None00

None00

Zone Peak Totals:Total Zones: 1Unique Zones: 1

143

42

00

0.00

3,640326

23.29

53900

00

00

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 48

Air Handler #24 - FCU-12.10.024 - Total Load Summary Air Handler Description: FCU-12.10.024 Constant Volume - Sum of PeaksSupply Air Fan: Draw-Thru with program estimated horsepower of 0.33 kWFan Input: 75% motor and fan efficiency with 0.75 kPa across the fanSensible Heat Ratio: 0.89 --- This system occurs 1 time(s) in the building. ---

Air System Peak Time: 3pm in December. Outdoor Conditions: Clg: 33° DB, 30° WB, 26.19 grams moisture per kg dry air, Htg: 28° DBIndoor Conditions: Clg: 22° DB, 50% RH (avg.), Htg: 22° DB

Summer: Exhaust controls outside air, ----- Winter: Exhaust controls outside air.

Zone Space sensible loss: 0 WattsInfiltration sensible loss: 0 Watts 0 L/sOutside Air sensible loss: 0 Watts 0 L/sSupply Duct sensible loss: 0 WattsReturn Duct sensible loss: 0 WattsReturn Plenum sensible loss: 0 WattsTotal System sensible loss: 0 Watts

Heating Supply Air: 0 / (1.000 X 1.21 X 0) = 0 L/sWinter Vent Outside Air (0.0% of supply) = 0 L/s

Zone space sensible gain: 3,551 WattsInfiltration sensible gain: 89 WattsDraw-thru fan sensible gain: 325 WattsSupply duct sensible gain: 445 WattsReserve sensible gain: 0 WattsTotal sensible gain on supply side of coil: 4,410 Watts

Cooling Supply Air: 4,410 / (1.000 X 1.23 X 11) = 326 L/sSummer Vent Outside Air (0.0% of supply) = 0 L/s

Return duct sensible gain: 168 WattsReturn plenum sensible gain: 0 WattsOutside air sensible gain: 0 Watts 0 L/sBlow-thru fan sensible gain: 0 WattsTotal sensible gain on return side of coil: 168 WattsTotal sensible gain on air handling system: 4,579 Watts

Zone space latent gain: 198 WattsInfiltration latent gain: 341 WattsOutside air latent gain: 0 WattsTotal latent gain on air handling system: 539 WattsTotal system sensible and latent gain: 5,118 Watts

Check FiguresTotal Air Handler Supply Air (based on a 11° TD): 326 L/sTotal Air Handler Vent. Air (0.00% of Supply): 0 L/s

Total Conditioned Air Space: 14 Sq.mSupply Air Per Unit Area: 23.2895 L/s/Sq.mArea Per Cooling Capacity: 2.7354 Sq.m/kW 9.6 Sq.m/TonCooling Capacity Per Area: 0.3656 kW/Sq.m 0.1039 Tons/Sq.mHeating Capacity Per Area: 0.00 Watts/Sq.m

Total Heating Required With Outside Air: 0.00 kWTotal Cooling With Outside Air: 5.12 kW 1.46 Tons

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 49

Zone Detailed Loads (At Zone Peak Times)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Zone 1-12.10.045 MRI peaks (sensible) in December at 5pm, Air Handler 1 (FCU-12.10.045), Group 1, 1.0 x 43.8, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-W-C-M 7 0.83 11.5 2.660 211 -15.960 -110Wall-3-S-C-M 10 0.83 13.8 2.660 381 -15.960 -166Partition-1-5 43.8 6/0 2.660 699 0.000 0Gls-W-1-90-Tran 20.1 1.000 10 2.100 439 -12.600 -253 0%S-0-NS-Solar 20.1 0.320 733 0.640 3,017Gls-S-1-90-Tran 5.8 1.000 10 2.100 127 -12.600 -73 0%S-0-NS-Solar 5.8 0.320 410 0.790 601Lights-Prof=1 876 1.000 876Equipment-Prof=4 2,000 1.000 2,000 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 18 236 989Heat. Infil.AC/hr 0 0.000 0

Sub-total 8,813 1,169 -602Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 9,694 1,286 -602

Zone 2-12.10.059 Preparation Area peaks (sensible) in December at 3pm, Air Handler 2 (FCU-12.10.059), Group 1, 1.0 x 15.2, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-S-C-M 0 0.83 13.0 2.660 0 0.000 0Partition-1-5 15.2 6/0 2.660 243 0.000 0Gls-S-1-90-Tran 7.2 1.000 11 2.100 173 -12.600 -91 0%S-0-NS-Solar 7.2 0.320 410 0.820 775Lights-Prof=1 304 1.000 304Equipment-Prof=4 300 1.000 300 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 6 88 337Heat. Infil.AC/hr 0 0.000 0

Sub-total 2,107 517 -91Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 2,317 569 -91

Zone 3-12.10.047 MRI Control Room peaks (sensible) in December at 3pm, Air Handler 3 (FCU-12.10.047), Group 1, 1.0 x 19.5, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 19.5 6/0 2.660 311 0.000 0Lights-Prof=1 390 1.000 390Equipment-Prof=4 500 1.000 500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 8 113 432Heat. Infil.AC/hr 0 0.000 0

Sub-total 1,539 612 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 1,693 673 0

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 50

Zone Detailed Loads (At Zone Peak Times) (cont'd)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Zone 4-12.10.046 MRI Technical peaks (sensible) in February at 5pm, Air Handler 4 (FCU-12.10.046), Group 1, 1.0 x 13.5, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-W-C-M 0 0.83 12.3 2.660 0 0.000 0Partition-1-5 13.5 6/0 2.660 215 0.000 0Gls-W-1-90-Tran 10.8 1.000 10 2.100 236 -12.600 -136 0%S-0-NS-Solar 10.8 0.320 774 0.640 1,712Lights-Prof=1 270 1.000 270Equipment-Prof=4 11,000 1.000 11,000 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 6 73 305Heat. Infil.AC/hr 0 0.000 0

Sub-total 13,731 485 -136Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 15,104 533 -136

Zone 5-12.10.0043 Mammogram peaks (sensible) in December at 3pm, Air Handler 5 (FCU-12.10.043), Group 1, 1.0 x 16.6, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 16.6 6/0 2.660 265 0.000 0Lights-Prof=1 332 1.000 332Equipment-Prof=4 500 1.000 500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 7 96 368Heat. Infil.AC/hr 0 0.000 0

Sub-total 1,418 548 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 1,560 603 0

Zone 6-12.10.078 USG peaks (sensible) in December at 3pm, Air Handler 6 (FCU-12.10.078), Group 1, 1.0 x 16.6, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 16.6 6/0 2.660 265 0.000 0Lights-Prof=1 332 1.000 332Equipment-Prof=4 2,500 1.000 2,500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 7 96 368Heat. Infil.AC/hr 0 0.000 0

Sub-total 3,418 548 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 3,760 603 0

Zone 7-12.10.014 DEXA Room peaks (sensible) in December at 3pm, Air Handler 7 (FCU-12.10.014), Group 1, 1.0 x 20.4, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 20.4 6/0 2.660 326 0.000 0Lights-Prof=1 408 1.000 408Equipment-Prof=4 700 1.000 700 0People-Prof=4 3.0 1.000 225 180

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 51

Zone Detailed Loads (At Zone Peak Times) (cont'd)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Cool. Infil.AC/hr 9 118 452Heat. Infil.AC/hr 0 0.000 0

Sub-total 1,777 632 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 1,954 695 0

Zone 8-12.25.030 Stress Room peaks (sensible) in December at 3pm, Air Handler 8 (FCU-12.10.030), Group 1, 1.0 x 10.1, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 10.1 6/0 2.660 161 0.000 0Lights-Prof=1 202 1.000 202Equipment-Prof=4 1,000 1.000 1,000 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 4 58 224Heat. Infil.AC/hr 0 0.000 0

Sub-total 1,647 404 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 1,811 444 0

Zone 9-12.10.070 Stress Room peaks (sensible) in December at 3pm, Air Handler 9 (FCU-12.10.070), Group 1, 1.0 x 9.9, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 9.9 6/0 2.660 158 0.000 0Lights-Prof=1 198 1.000 198Equipment-Prof=4 1,000 1.000 1,000 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 4 57 219Heat. Infil.AC/hr 0 0.000 0

Sub-total 1,638 399 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 1,802 439 0

Zone 10-12.10.082 Stress Treadmill peaks (sensible) in December at 3pm, Air Handler 10 (FCU-12.10.082), Group 1, 1.0 x 20.7, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 20.7 6/0 2.660 330 0.000 0Lights-Prof=1 414 1.000 414Equipment-Prof=4 1,000 1.000 1,000 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 9 120 459Heat. Infil.AC/hr 0 0.000 0

Sub-total 2,089 639 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 2,298 703 0

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 52

Zone Detailed Loads (At Zone Peak Times) (cont'd)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Zone 11-12.10.009 CT peaks (sensible) in December at 10am, Air Handler 13 (FCU-12.10.009), Group 1, 1.0 x 38.1, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-E-C-M 7 0.83 9.8 2.660 181 -15.960 -110Wall-3-S-C-M 8 0.83 11.3 2.660 225 -15.960 -120Partition-1-5 38.1 6/0 2.660 608 0.000 0Gls-E-1-90-Tran 16.5 1.000 5 2.100 187 -12.600 -208 0%S-0-NS-Solar 16.5 0.320 733 0.570 2,206Gls-S-1-90-Tran 8.7 1.000 5 2.100 99 -12.600 -110 0%S-0-NS-Solar 8.7 0.320 410 0.630 719Lights-Prof=1 762 1.000 762Equipment-Prof=4 6,900 1.000 6,900 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 16 133 714Heat. Infil.AC/hr 0 0.000 0

Sub-total 12,246 894 -547Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 13,470 984 -547

Zone 12-12.10.012 Recovery Injection peaks (sensible) in December at 3pm, Air Handler 12 (FCU-12.10.012), Group 1, 1.0 x 18.1, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-S-C-M 0 0.83 13.0 2.660 0 0.000 0Partition-1-5 18.1 6/0 2.660 289 0.000 0Gls-S-1-90-Tran 7.2 1.000 11 2.100 173 -12.600 -91 0%S-0-NS-Solar 7.2 0.320 410 0.820 775Lights-Prof=1 362 1.000 362Equipment-Prof=4 600 1.000 600 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 8 105 401Heat. Infil.AC/hr 0 0.000 0

Sub-total 2,528 581 -91Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 2,781 639 -91

Zone 13-12.10.081 X-Ray peaks (sensible) in December at 3pm, Air Handler 11 (FCU-12.10.081), Group 1, 1.0 x 32.0, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 32 6/0 2.660 511 0.000 0Lights-Prof=1 640 1.000 640Equipment-Prof=4 4,700 1.000 4,700 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 13 185 709Heat. Infil.AC/hr 0 0.000 0

Sub-total 6,261 889 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 6,887 978 0

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 53

Zone Detailed Loads (At Zone Peak Times) (cont'd)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Zone 14-12.10.053 Operator Room peaks (sensible) in February at 10am, Air Handler 14 (FCU-12.10.053), Group 1, 1.0 x 16.9, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-E-C-M 4 0.83 10.7 2.660 111 -15.960 -62Partition-1-5 16.9 6/0 2.660 270 0.000 0Gls-E-1-90-Tran 17.7 1.000 5 2.100 201 -12.600 -223 0%S-0-NS-Solar 17.7 0.320 774 0.570 2,499Lights-Prof=1 338 1.000 338Equipment-Prof=4 4,698 1.000 4,698 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 7 59 317Heat. Infil.AC/hr 0 0.000 0

Sub-total 8,400 497 -285Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 9,241 547 -285

Zone 15-12.25.002 Sub-Wait peaks (sensible) in December at 3pm, Air Handler 15 (FCU-12.25.002), Group 1, 1.0 x 32.4, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 32.4 6/0 2.660 517 0.000 0Lights-Prof=1 648 1.000 648Equipment-Prof=4 300 1.000 300 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 14 188 718Heat. Infil.AC/hr 0 0.000 0

Sub-total 1,878 898 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 2,065 988 0

Zone 16-12.10.058 PET-CT Room peaks (sensible) in February at 10am, Air Handler 16 (FCU-12.10.058), Group 1, 1.0 x 35.9, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-E-C-M 0 0.83 10.7 2.660 0 0.000 0Partition-1-5 35.9 6/0 2.660 573 0.000 0Gls-E-1-90-Tran 20.9 1.000 5 2.100 237 -12.600 -263 0%S-0-NS-Solar 20.9 0.320 774 0.570 2,944Lights-Prof=1 718 1.000 718Equipment-Prof=4 7,033 1.000 7,033 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 15 125 673Heat. Infil.AC/hr 0 0.000 0

Sub-total 11,855 853 -263Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 13,040 938 -263

Zone 17-12.10.011 Recovery Injection peaks (sensible) in December at 3pm, Air Handler 17 (FCU-12.10.011), Group 1, 1.0 x 15.9, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 15.9 6/0 2.660 254 0.000 0

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 54

Zone Detailed Loads (At Zone Peak Times) (cont'd)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Lights-Prof=1 318 1.000 318Equipment-Prof=4 600 1.000 600 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 7 92 352Heat. Infil.AC/hr 0 0.000 0

Sub-total 1,489 532 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 1,638 586 0

Zone 18-12.10.057 Post Endoscopy peaks (sensible) in February at 10am, Air Handler 18 (FCU-12.10.057), Group 1, 1.0 x 33.7, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-E-C-M 3 0.83 10.7 2.660 85 -15.960 -48Partition-1-5 33.7 6/0 2.660 538 0.000 0Gls-E-1-90-Tran 10.7 1.000 5 2.100 121 -12.600 -134 0%S-0-NS-Solar 10.7 0.320 774 0.570 1,504Lights-Prof=1 674 1.000 674Equipment-Prof=4 4,700 1.000 4,700 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 14 118 632Heat. Infil.AC/hr 0 0.000 0

Sub-total 7,964 812 -182Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 8,761 893 -182

Zone 19-12.10.018 Endoscopy peaks (sensible) in December at 3pm, Air Handler 19 (FCU-12.10.018), Group 1, 1.0 x 24.9, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 24.9 6/0 2.660 397 0.000 0Lights-Prof=1 498 1.000 498Equipment-Prof=4 4,700 1.000 4,700 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 10 144 552Heat. Infil.AC/hr 0 0.000 0

Sub-total 5,965 732 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 6,561 805 0

Zone 20-12.10.054 Opthalmology peaks (sensible) in December at 3pm, Air Handler 20 (FCU-12.10.054), Group 1, 1.0 x 20.7, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 20.7 6/0 2.660 330 0.000 0Lights-Prof=1 414 1.000 414Equipment-Prof=4 2,500 1.000 2,500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 9 120 459Heat. Infil.AC/hr 0 0.000 0

Sub-total 3,589 639 0

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 55

Zone Detailed Loads (At Zone Peak Times) (cont'd)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Safety factors: +10%---------

+10%---------

+0%---------

Total w/ safety factors: 3,948 703 0

Zone 21-12.10.051 Non-Invasive peaks (sensible) in June at 2pm, Air Handler 21 (FCU-12.10.051), Group 1, 1.0 x 16.1, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-N-C-M 2 0.83 15.4 2.660 74 -15.960 -29Partition-1-5 16.1 6/0 2.660 257 0.000 0Gls-N-1-90-Tran 9.0 1.000 10 2.100 197 -12.600 -113 0%S-0-NS-Solar 9.0 0.320 515 0.650 964Lights-Prof=1 322 1.000 322Equipment-Prof=4 2,500 1.000 2,500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 7 91 359Heat. Infil.AC/hr 0 0.000 0

Sub-total 4,630 539 -142Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 5,093 593 -142

Zone 22-12.10.049 Non-Invasive peaks (sensible) in June at 7pm, Air Handler 22 (FCU-12.10.049), Group 1, 1.0 x 13.1, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Wall-2-N-C-M 11 0.83 20.4 2.660 587 -15.960 -172Partition-1-5 13.1 6/0 2.660 209 0.000 0Lights-Prof=1 262 1.000 262Equipment-Prof=4 2,500 1.000 2,500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 5 58 289Heat. Infil.AC/hr 0 0.000 0

Sub-total 3,840 469 -172Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 4,225 516 -172

Zone 23-12.10.023 Generic Screening peaks (sensible) in December at 3pm, Air Handler 23 (FCU-12.10.023), Group 1, 1.0 x 14.4, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 14.4 6/0 2.660 230 0.000 0Lights-Prof=1 288 1.000 288Equipment-Prof=4 2,500 1.000 2,500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 6 83 319Heat. Infil.AC/hr 0 0.000 0

Sub-total 3,326 499 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 3,659 549 0

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 56

Zone Detailed Loads (At Zone Peak Times) (cont'd)

LoadDescription

UnitQuan

-SC-CFAC

CLTDSHGF

U.Fac-CLF-

Sen.Gain

Lat.Gain

Htg.Mult.

Htg.Loss

Zone 24-12.10.024 Generic Screening peaks (sensible) in December at 3pm, Air Handler 24 (FCU-12.10.024), Group 1, 1.0 x 14.0, Construction Type: 1 (Light), SIDB: 22°C, WIDB: 22°C

Partition-1-5 14 6/0 2.660 223 0.000 0Lights-Prof=1 280 1.000 280Equipment-Prof=4 2,500 1.000 2,500 0People-Prof=4 3.0 1.000 225 180Cool. Infil.AC/hr 6 81 310Heat. Infil.AC/hr 0 0.000 0

Sub-total 3,310 490 0Safety factors: +10%

---------+10%

---------+0%

---------Total w/ safety factors: 3,640 539 0

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.METSiS EKA HospitalMechanical Division Page 57

Air System #1 (FCU-12.10.045) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.756 11.126Draw-Thru Fan 877 0.810 66Misc Load on Supply Side 0 0.000 0Supply Air Duct 1,202 1.110 90Zone Loads 1,286 0.494 9,694 8.954 725Sensible Reserve 0 0.000 0

Zone Condition 1,286 8.249 11,773 22.000 880Return Air Duct 455 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 1,286 8.249 12,228 22.420 880

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 880 x ( 22.420 - 11.126 ) = 12,227 WattsTLH = 1.000 x 2.96 x 880 x ( 8.249 - 7.756 ) = 1,286 Watts

----------SUM = 13,514 WattsGTH = 1.000 x 1.20 x 880 x ( 43.593 - 30.826 ) = 13,485 WattsTotal System Load = 13,514 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 13,485 / ( 5.60 x 4,179 ) = 0.6 L/sHeating L/s = -602 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -602 / 970 = -0.62 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.13 Dry bulb temperature: 22.00Wet bulb temperature: 10.63Relative humidity: 94.00Enthalpy: 30.83 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #2 (FCU-12.10.059) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.223 10.072Draw-Thru Fan 187 0.810 13Misc Load on Supply Side 0 0.000 0Supply Air Duct 257 1.110 18Zone Loads 569 1.020 2,317 10.010 158Sensible Reserve 0 0.000 0

Zone Condition 569 8.244 2,762 22.000 188Return Air Duct 97 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 569 8.244 2,859 22.420 188

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 188 x ( 22.420 - 10.072 ) = 2,858 WattsTLH = 1.000 x 2.96 x 188 x ( 8.244 - 7.223 ) = 569 Watts

----------SUM = 3,427 WattsGTH = 1.000 x 1.20 x 188 x ( 43.578 - 28.410 ) = 3,426 WattsTotal System Load = 3,428 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 3,426 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = -91 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -91 / 970 = -0.09 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.59Relative humidity: 48.89Enthalpy: 43.58 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 10.07 Dry bulb temperature: 22.00Wet bulb temperature: 9.59Relative humidity: 94.00Enthalpy: 28.41 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #3 (FCU-12.10.047) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 6.207 7.852Draw-Thru Fan 112 0.810 6Misc Load on Supply Side 0 0.000 0Supply Air Duct 154 1.110 9Zone Loads 673 2.021 1,693 12.230 97Sensible Reserve 0 0.000 0

Zone Condition 673 8.228 1,959 22.000 113Return Air Duct 58 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 673 8.228 2,017 22.420 113

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 113 x ( 22.420 - 7.852 ) = 2,017 WattsTLH = 1.000 x 2.96 x 113 x ( 8.228 - 6.207 ) = 673 Watts

----------SUM = 2,690 WattsGTH = 1.000 x 1.20 x 113 x ( 43.539 - 23.593 ) = 2,694 WattsTotal System Load = 2,690 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 2,694 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.58Relative humidity: 48.81Enthalpy: 43.54 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 7.85 Dry bulb temperature: 22.00Wet bulb temperature: 7.41Relative humidity: 94.00Enthalpy: 23.59 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #4 (FCU-12.10.046) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 8.127 11.825Draw-Thru Fan 1,482 0.810 118Misc Load on Supply Side 0 0.000 0Supply Air Duct 2,031 1.110 162Zone Loads 533 0.121 15,104 8.256 1,207Sensible Reserve 0 0.000 0

Zone Condition 533 8.249 18,617 22.000 1,488Return Air Duct 768 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 533 8.249 19,385 22.420 1,488

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 1,488 x ( 22.420 - 11.825 ) = 19,385 WattsTLH = 1.000 x 2.96 x 1,488 x ( 8.249 - 8.127 ) = 533 Watts

----------SUM = 19,918 WattsGTH = 1.000 x 1.20 x 1,488 x ( 43.591 - 32.477 ) = 19,839 WattsTotal System Load = 19,919 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 19,839 / ( 5.60 x 4,179 ) = 0.8 L/sHeating L/s = -136 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -136 / 970 = -0.14 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.82 Dry bulb temperature: 22.00Wet bulb temperature: 11.31Relative humidity: 94.00Enthalpy: 32.48 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #5 (FCU-12.10.043) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 6.305 8.079Draw-Thru Fan 105 0.810 6Misc Load on Supply Side 0 0.000 0Supply Air Duct 144 1.110 8Zone Loads 603 1.927 1,560 12.003 91Sensible Reserve 0 0.000 0

Zone Condition 603 8.232 1,809 22.000 106Return Air Duct 55 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 603 8.232 1,864 22.420 106

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 106 x ( 22.420 - 8.079 ) = 1,864 WattsTLH = 1.000 x 2.96 x 106 x ( 8.232 - 6.305 ) = 603 Watts

----------SUM = 2,466 WattsGTH = 1.000 x 1.20 x 106 x ( 43.548 - 24.069 ) = 2,470 WattsTotal System Load = 2,467 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 2,470 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.58Relative humidity: 48.83Enthalpy: 43.55 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 8.08 Dry bulb temperature: 22.00Wet bulb temperature: 7.63Relative humidity: 94.00Enthalpy: 24.07 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #6 (FCU-12.10.078) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.640 10.902Draw-Thru Fan 332 0.810 24Misc Load on Supply Side 0 0.000 0Supply Air Duct 455 1.110 33Zone Loads 603 0.611 3,760 9.179 275Sensible Reserve 0 0.000 0

Zone Condition 603 8.251 4,546 22.000 333Return Air Duct 172 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 603 8.251 4,718 22.420 333

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 333 x ( 22.420 - 10.902 ) = 4,718 WattsTLH = 1.000 x 2.96 x 333 x ( 8.251 - 7.640 ) = 603 Watts

----------SUM = 5,321 WattsGTH = 1.000 x 1.20 x 333 x ( 43.597 - 30.305 ) = 5,312 WattsTotal System Load = 5,321 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 5,312 / ( 5.60 x 4,179 ) = 0.2 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.95Enthalpy: 43.60 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 10.90 Dry bulb temperature: 22.00Wet bulb temperature: 10.41Relative humidity: 94.00Enthalpy: 30.31 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #7 (FCU-12.10.014) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 6.541 8.617Draw-Thru Fan 138 0.810 8Misc Load on Supply Side 0 0.000 0Supply Air Duct 189 1.110 11Zone Loads 695 1.695 1,954 11.466 119Sensible Reserve 0 0.000 0

Zone Condition 695 8.236 2,282 22.000 139Return Air Duct 72 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 695 8.236 2,353 22.420 139

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 139 x ( 22.420 - 8.617 ) = 2,353 WattsTLH = 1.000 x 2.96 x 139 x ( 8.236 - 6.541 ) = 695 Watts

----------SUM = 3,048 WattsGTH = 1.000 x 1.20 x 139 x ( 43.560 - 25.212 ) = 3,051 WattsTotal System Load = 3,048 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 3,051 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.58Relative humidity: 48.85Enthalpy: 43.56 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 8.62 Dry bulb temperature: 22.00Wet bulb temperature: 8.16Relative humidity: 94.00Enthalpy: 25.21 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #8 (FCU-12.10.030) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.224 10.073Draw-Thru Fan 147 0.810 10Misc Load on Supply Side 0 0.000 0Supply Air Duct 201 1.110 14Zone Loads 444 1.020 1,811 10.010 123Sensible Reserve 0 0.000 0

Zone Condition 444 8.244 2,159 22.000 147Return Air Duct 76 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 444 8.244 2,235 22.420 147

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 147 x ( 22.420 - 10.073 ) = 2,234 WattsTLH = 1.000 x 2.96 x 147 x ( 8.244 - 7.224 ) = 444 Watts

----------SUM = 2,678 WattsGTH = 1.000 x 1.20 x 147 x ( 43.578 - 28.412 ) = 2,678 WattsTotal System Load = 2,679 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 2,678 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.59Relative humidity: 48.89Enthalpy: 43.58 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 10.07 Dry bulb temperature: 22.00Wet bulb temperature: 9.59Relative humidity: 94.00Enthalpy: 28.41 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #9 (FCU-12.10.070) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.239 10.104Draw-Thru Fan 146 0.810 10Misc Load on Supply Side 0 0.000 0Supply Air Duct 200 1.110 14Zone Loads 439 1.011 1,802 9.979 123Sensible Reserve 0 0.000 0

Zone Condition 439 8.250 2,149 22.000 147Return Air Duct 76 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 439 8.250 2,225 22.420 147

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 147 x ( 22.420 - 10.104 ) = 2,224 WattsTLH = 1.000 x 2.96 x 147 x ( 8.250 - 7.239 ) = 439 Watts

----------SUM = 2,664 WattsGTH = 1.000 x 1.20 x 147 x ( 43.594 - 28.482 ) = 2,663 WattsTotal System Load = 2,664 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 2,663 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 10.10 Dry bulb temperature: 22.00Wet bulb temperature: 9.62Relative humidity: 94.00Enthalpy: 28.48 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #10 (FCU-12.10.082) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 6.876 9.347Draw-Thru Fan 173 0.810 11Misc Load on Supply Side 0 0.000 0Supply Air Duct 238 1.110 15Zone Loads 703 1.364 2,298 10.736 148Sensible Reserve 0 0.000 0

Zone Condition 703 8.240 2,709 22.000 174Return Air Duct 90 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 703 8.240 2,799 22.420 174

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 174 x ( 22.420 - 9.347 ) = 2,799 WattsTLH = 1.000 x 2.96 x 174 x ( 8.240 - 6.876 ) = 703 Watts

----------SUM = 3,501 WattsGTH = 1.000 x 1.20 x 174 x ( 43.568 - 26.797 ) = 3,503 WattsTotal System Load = 3,502 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 3,503 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.59Relative humidity: 48.87Enthalpy: 43.57 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 9.35 Dry bulb temperature: 22.00Wet bulb temperature: 8.88Relative humidity: 94.00Enthalpy: 26.80 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #11 (FCU-12.10.081) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.717 11.052Draw-Thru Fan 618 0.810 46Misc Load on Supply Side 0 0.000 0Supply Air Duct 847 1.110 63Zone Loads 978 0.533 6,887 9.029 512Sensible Reserve 0 0.000 0

Zone Condition 978 8.250 8,352 22.000 620Return Air Duct 320 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 978 8.250 8,672 22.420 620

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 620 x ( 22.420 - 11.052 ) = 8,671 WattsTLH = 1.000 x 2.96 x 620 x ( 8.250 - 7.717 ) = 978 Watts

----------SUM = 9,649 WattsGTH = 1.000 x 1.20 x 620 x ( 43.594 - 30.654 ) = 9,630 WattsTotal System Load = 9,650 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 9,630 / ( 5.60 x 4,179 ) = 0.4 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.05 Dry bulb temperature: 22.00Wet bulb temperature: 10.55Relative humidity: 94.00Enthalpy: 30.65 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #12 (FCU-12.10.012) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.309 10.246Draw-Thru Fan 229 0.810 16Misc Load on Supply Side 0 0.000 0Supply Air Duct 314 1.110 22Zone Loads 639 0.939 2,781 9.835 192Sensible Reserve 0 0.000 0

Zone Condition 639 8.248 3,323 22.000 230Return Air Duct 119 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 639 8.248 3,442 22.420 230

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 230 x ( 22.420 - 10.246 ) = 3,442 WattsTLH = 1.000 x 2.96 x 230 x ( 8.248 - 7.309 ) = 639 Watts

----------SUM = 4,081 WattsGTH = 1.000 x 1.20 x 230 x ( 43.590 - 28.803 ) = 4,079 WattsTotal System Load = 4,081 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 4,079 / ( 5.60 x 4,179 ) = 0.2 L/sHeating L/s = -91 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -91 / 970 = -0.09 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 10.25 Dry bulb temperature: 22.00Wet bulb temperature: 9.76Relative humidity: 94.00Enthalpy: 28.80 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #13 (FCU-12.10.009) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.965 11.523Draw-Thru Fan 1,275 0.810 99Misc Load on Supply Side 0 0.000 0Supply Air Duct 1,747 1.110 136Zone Loads 1,089 0.287 13,470 8.557 1,045Sensible Reserve 0 0.000 0

Zone Condition 1,089 8.253 16,493 22.000 1,280Return Air Duct 661 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 1,089 8.253 17,154 22.420 1,280

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 1,280 x ( 22.420 - 11.523 ) = 17,153 WattsTLH = 1.000 x 2.96 x 1,280 x ( 8.253 - 7.965 ) = 1,089 Watts

----------SUM = 18,243 WattsGTH = 1.000 x 1.20 x 1,280 x ( 43.601 - 31.760 ) = 18,187 WattsTotal System Load = 18,224 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 18,187 / ( 5.60 x 4,179 ) = 0.8 L/sHeating L/s = -547 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -547 / 970 = -0.56 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.95Enthalpy: 43.60 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.52 Dry bulb temperature: 22.00Wet bulb temperature: 11.02Relative humidity: 94.00Enthalpy: 31.76 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #14 (FCU-12.10.053) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 8.043 11.669Draw-Thru Fan 890 0.810 70Misc Load on Supply Side 0 0.000 0Supply Air Duct 1,219 1.110 96Zone Loads 547 0.207 9,241 8.411 727Sensible Reserve 0 0.000 0

Zone Condition 547 8.250 11,350 22.000 893Return Air Duct 461 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 547 8.250 11,811 22.420 893

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 893 x ( 22.420 - 11.669 ) = 11,811 WattsTLH = 1.000 x 2.96 x 893 x ( 8.250 - 8.043 ) = 547 Watts

----------SUM = 12,357 WattsGTH = 1.000 x 1.20 x 893 x ( 43.595 - 32.106 ) = 12,314 WattsTotal System Load = 12,358 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 12,314 / ( 5.60 x 4,179 ) = 0.5 L/sHeating L/s = -285 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -285 / 970 = -0.29 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.67 Dry bulb temperature: 22.00Wet bulb temperature: 11.16Relative humidity: 94.00Enthalpy: 32.11 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #15 (FCU-12.25.002) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 5.356 5.727Draw-Thru Fan 116 0.810 6Misc Load on Supply Side 0 0.000 0Supply Air Duct 160 1.110 8Zone Loads 988 2.854 2,065 14.360 103Sensible Reserve 0 0.000 0

Zone Condition 988 8.210 2,342 22.000 117Return Air Duct 60 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 988 8.210 2,402 22.420 117

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 117 x ( 22.420 - 5.727 ) = 2,401 WattsTLH = 1.000 x 2.96 x 117 x ( 8.210 - 5.356 ) = 988 Watts

----------SUM = 3,389 WattsGTH = 1.000 x 1.20 x 117 x ( 43.492 - 19.295 ) = 3,396 WattsTotal System Load = 3,390 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 3,396 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.56Relative humidity: 48.70Enthalpy: 43.49 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 5.73 Dry bulb temperature: 22.00Wet bulb temperature: 5.32Relative humidity: 94.00Enthalpy: 19.30 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #16 (FCU-12.10.058) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.997 11.584Draw-Thru Fan 1,243 0.810 97Misc Load on Supply Side 0 0.000 0Supply Air Duct 1,704 1.110 133Zone Loads 938 0.254 13,040 8.497 1,018Sensible Reserve 0 0.000 0

Zone Condition 938 8.251 15,987 22.000 1,248Return Air Duct 645 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 938 8.251 16,632 22.420 1,248

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 1,248 x ( 22.420 - 11.584 ) = 16,631 WattsTLH = 1.000 x 2.96 x 1,248 x ( 8.251 - 7.997 ) = 938 Watts

----------SUM = 17,570 WattsGTH = 1.000 x 1.20 x 1,248 x ( 43.598 - 31.902 ) = 17,513 WattsTotal System Load = 17,570 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 17,513 / ( 5.60 x 4,179 ) = 0.7 L/sHeating L/s = -263 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -263 / 970 = -0.27 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.95Enthalpy: 43.60 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.58 Dry bulb temperature: 22.00Wet bulb temperature: 11.08Relative humidity: 94.00Enthalpy: 31.90 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #17 (FCU-12.10.011) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 6.529 8.588Draw-Thru Fan 115 0.810 7Misc Load on Supply Side 0 0.000 0Supply Air Duct 158 1.110 10Zone Loads 586 1.708 1,638 11.494 99Sensible Reserve 0 0.000 0

Zone Condition 586 8.236 1,911 22.000 116Return Air Duct 60 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 586 8.236 1,971 22.420 116

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 116 x ( 22.420 - 8.588 ) = 1,971 WattsTLH = 1.000 x 2.96 x 116 x ( 8.236 - 6.529 ) = 586 Watts

----------SUM = 2,556 WattsGTH = 1.000 x 1.20 x 116 x ( 43.560 - 25.150 ) = 2,559 WattsTotal System Load = 2,557 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 2,559 / ( 5.60 x 4,179 ) = 0.1 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.58Relative humidity: 48.85Enthalpy: 43.56 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 8.59 Dry bulb temperature: 22.00Wet bulb temperature: 8.13Relative humidity: 94.00Enthalpy: 25.15 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #18 (FCU-12.10.057) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.887 11.376Draw-Thru Fan 815 0.810 62Misc Load on Supply Side 0 0.000 0Supply Air Duct 1,117 1.110 86Zone Loads 893 0.369 8,761 8.704 671Sensible Reserve 0 0.000 0

Zone Condition 893 8.256 10,693 22.000 818Return Air Duct 423 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 893 8.256 11,116 22.420 818

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 818 x ( 22.420 - 11.376 ) = 11,116 WattsTLH = 1.000 x 2.96 x 818 x ( 8.256 - 7.887 ) = 893 Watts

----------SUM = 12,009 WattsGTH = 1.000 x 1.20 x 818 x ( 43.609 - 31.412 ) = 11,977 WattsTotal System Load = 12,009 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 11,977 / ( 5.60 x 4,179 ) = 0.5 L/sHeating L/s = -182 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -182 / 970 = -0.19 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.97Enthalpy: 43.61 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.38 Dry bulb temperature: 22.00Wet bulb temperature: 10.87Relative humidity: 94.00Enthalpy: 31.41 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #19 (FCU-12.10.018) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.796 11.204Draw-Thru Fan 599 0.810 45Misc Load on Supply Side 0 0.000 0Supply Air Duct 820 1.110 62Zone Loads 805 0.453 6,561 8.877 494Sensible Reserve 0 0.000 0

Zone Condition 805 8.249 7,980 22.000 601Return Air Duct 310 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 805 8.249 8,290 22.420 601

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 601 x ( 22.420 - 11.204 ) = 8,290 WattsTLH = 1.000 x 2.96 x 601 x ( 8.249 - 7.796 ) = 805 Watts

----------SUM = 9,095 WattsGTH = 1.000 x 1.20 x 601 x ( 43.591 - 31.008 ) = 9,074 WattsTotal System Load = 9,095 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 9,074 / ( 5.60 x 4,179 ) = 0.4 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.20 Dry bulb temperature: 22.00Wet bulb temperature: 10.70Relative humidity: 94.00Enthalpy: 31.01 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #20 (FCU-12.10.054) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.563 10.753Draw-Thru Fan 343 0.810 25Misc Load on Supply Side 0 0.000 0Supply Air Duct 470 1.110 34Zone Loads 703 0.690 3,948 9.328 285Sensible Reserve 0 0.000 0

Zone Condition 703 8.253 4,761 22.000 344Return Air Duct 178 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 703 8.253 4,939 22.420 344

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 344 x ( 22.420 - 10.753 ) = 4,938 WattsTLH = 1.000 x 2.96 x 344 x ( 8.253 - 7.563 ) = 703 Watts

----------SUM = 5,641 WattsGTH = 1.000 x 1.20 x 344 x ( 43.601 - 29.960 ) = 5,633 WattsTotal System Load = 5,641 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 5,633 / ( 5.60 x 4,179 ) = 0.2 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.95Enthalpy: 43.60 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 10.75 Dry bulb temperature: 22.00Wet bulb temperature: 10.26Relative humidity: 94.00Enthalpy: 29.96 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #21 (FCU-12.10.051) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.821 11.252Draw-Thru Fan 467 0.810 35Misc Load on Supply Side 0 0.000 0Supply Air Duct 640 1.110 48Zone Loads 593 0.427 5,093 8.829 385Sensible Reserve 0 0.000 0

Zone Condition 593 8.248 6,201 22.000 469Return Air Duct 242 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 593 8.248 6,443 22.420 469

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 469 x ( 22.420 - 11.252 ) = 6,442 WattsTLH = 1.000 x 2.96 x 469 x ( 8.248 - 7.821 ) = 593 Watts

----------SUM = 7,035 WattsGTH = 1.000 x 1.20 x 469 x ( 43.591 - 31.121 ) = 7,018 WattsTotal System Load = 7,036 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 7,018 / ( 5.60 x 4,179 ) = 0.3 L/sHeating L/s = -142 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -142 / 970 = -0.15 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.25 Dry bulb temperature: 22.00Wet bulb temperature: 10.75Relative humidity: 94.00Enthalpy: 31.12 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #22 (FCU-12.10.049) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.799 11.209Draw-Thru Fan 386 0.810 29Misc Load on Supply Side 0 0.000 0Supply Air Duct 529 1.110 40Zone Loads 516 0.450 4,225 8.872 318Sensible Reserve 0 0.000 0

Zone Condition 516 8.249 5,139 22.000 387Return Air Duct 200 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 516 8.249 5,339 22.420 387

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 387 x ( 22.420 - 11.209 ) = 5,338 WattsTLH = 1.000 x 2.96 x 387 x ( 8.249 - 7.799 ) = 516 Watts

----------SUM = 5,854 WattsGTH = 1.000 x 1.20 x 387 x ( 43.591 - 31.019 ) = 5,840 WattsTotal System Load = 5,854 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 5,840 / ( 5.60 x 4,179 ) = 0.2 L/sHeating L/s = -172 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = -172 / 970 = -0.18 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.21 Dry bulb temperature: 22.00Wet bulb temperature: 10.71Relative humidity: 94.00Enthalpy: 31.02 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #23 (FCU-12.10.023) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.683 10.987Draw-Thru Fan 326 0.810 24Misc Load on Supply Side 0 0.000 0Supply Air Duct 447 1.110 33Zone Loads 549 0.567 3,659 9.094 270Sensible Reserve 0 0.000 0

Zone Condition 549 8.250 4,431 22.000 327Return Air Duct 169 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 549 8.250 4,600 22.420 327

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 327 x ( 22.420 - 10.987 ) = 4,600 WattsTLH = 1.000 x 2.96 x 327 x ( 8.250 - 7.683 ) = 549 Watts

----------SUM = 5,149 WattsGTH = 1.000 x 1.20 x 327 x ( 43.595 - 30.501 ) = 5,139 WattsTotal System Load = 5,149 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 5,139 / ( 5.60 x 4,179 ) = 0.2 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.60 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 10.99 Dry bulb temperature: 22.00Wet bulb temperature: 10.49Relative humidity: 94.00Enthalpy: 30.50 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM

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Air System #24 (FCU-12.10.024) Psychrometric Analysis

System Load Analysis Latent Grams Sensible Temp L/sLeaving Coil Condition 7.691 11.002Draw-Thru Fan 325 0.810 24Misc Load on Supply Side 0 0.000 0Supply Air Duct 445 1.110 33Zone Loads 539 0.559 3,640 9.079 269Sensible Reserve 0 0.000 0

Zone Condition 539 8.250 4,410 22.000 326Return Air Duct 168 0.420Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 0 L/s 0 0.000 0 0.000Blow-Thru Fan 0 0.000

Entering Coil Condition 539 8.250 4,579 22.420 326

General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 1010.387)TSH = PR x 1.23 x L/s x (DB entering - DB leaving)TLH = PR x 2.96 x L/s x (g/kg entering - g/kg leaving)GTH = PR x 1.20 x L/s x (Enthalpy entering - Enthalpy leaving) TSH = 1.000 x 1.23 x 326 x ( 22.420 - 11.002 ) = 4,578 WattsTLH = 1.000 x 2.96 x 326 x ( 8.250 - 7.691 ) = 539 Watts

----------SUM = 5,118 WattsGTH = 1.000 x 1.20 x 326 x ( 43.595 - 30.538 ) = 5,108 WattsTotal System Load = 5,118 Watts

Chilled and Hot Water Flow Rates and Steam RequirementCooling L/s = 5,108 / ( 5.60 x 4,179 ) = 0.2 L/sHeating L/s = 0 / ( 0.00 x 4,179 ) = 0.0 L/sSteam Req. = 0 / 970 = 0.00 kg./hr

Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 22.42 Dry bulb temperature: 22.00Wet bulb temperature: 15.60Relative humidity: 48.93Enthalpy: 43.59 kJ/kg

Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 11.00 Dry bulb temperature: 22.00Wet bulb temperature: 10.51Relative humidity: 94.00Enthalpy: 30.54 kJ/kg

E:\TA1054 Eka Hospital\Eka Hospital Floor 12 (+10).CHV Sunday, July 05, 2015, 07:05 PM