589-707 Combined MEP Calcs.pdf

9/3/2024

Designer:

Engineer:

Spur Project #:

VA Project #:

Submission:

Project Address:

3.17

#1

LENGTH WIDTH

Flat Roof: 31.6 30.21 954.64

BASE HEIGHT

West Rectangular Pitched Roof 30.21 15.5 468.26

East Triangular Pitched Roof 35.1 17.63 309.41

LENGTH HEIGHT

Vertical Area #1: 31.6 1.17 18.49

Vertical Area #2: 12 11.4 68.40

Vertical Area #3: 31.6 1.17 18.49

Vertical Area #4:

Total Area for Calculation: 1,838

Horizontal Drain Slope: 1/8" per foot (1%)

Gallons Per Minute: 61

Roof Drain & Conductuctor Size (Inch): 3

Horizontal Drain Size (Inch): 4

R. Todd Brown

Ross M.

589-707

100% Construction Documents

Projected Roof Area

Vertical Wall Area

STORM DRAIN PIPE SIZING

Roof Drain #:

Area

Robert J. Dole VAMC 550 E. Kellogg Ave, Wichita, KS. 67218

100-Year Rainfall Rate:

Area

Pitched Roof Area Area

Calculation Reference

IPC (2021)

TABLE 1106.2

STORM DRAIN PIPE SIZING

Todd.brown Image

8/25/2024

Engineer: Ross M.

Designer: Todd. B

Domestic Cold Water

Distribution Line Sizing

589-707

Con. Add. Ren. Bldg. 3 for Phar.

100% C.D.

Cold WFU Hot WFU

Drinking Fountain: 3/8" Valve 4 0.25

Lavatory: Private 8 0.50 0.50

Sink (Brk Rm, Ex Rm) 14 1.00 1.00

Sink (Service/Floor Mount) 5 2.25 2.25

Sink (Service/Wall Mount) 1 2.25 2.25

Water Closet: Flush Valve/Private 5 6.00

Water Closet: Tank Style/Private 1 2.20

Water Heater(s) 1 49.50

Lavatory: Public 12 1.50 1.50

Urnial: 3/4" Flush Valve 6 5.00

Water Closet: Flush Valve/Public 10 10.00

262.2

103.0

2"

DOMESTIC COLD WATER DISTRIBUTION LINES

Plumbing Fixtures On Domestic Cold Water Distribution System

Water Supply Fixture Units Per Fixture QuantityFixture Type

(Plumbing Fixtures Receiving Cold Water) Cold Water Fixture Units Total:

Gallons Per Minute:

Quantity of Fixtures & Equipment:

(MAIN WATER SUPPLY LINE TO FEED ALL PLUMBING FIXTURES) Line Size:

IPC-2021

Table E103.3(2)

Load Values Assigned to Fixtures 1

IPC-2021

Table E103.3(3)

Table For Estimating Demand

8/23/2024

Engineer: Ross M.

Designer: Todd B.

Domestic Hot Water

Main Line Size

589-707

Con. Add. Ren. Bldg. 3 for Phar.

100% C.D.

Per Fixture Sub Total

Lavatory: Private 8 0.50 4.00

Lavatory: Public 12 1.50 18.00

Sink (Brk Rm, Ex Rm) 14 1.00 14.00

Sink (Service/Floor Mount) 5 2.25 11.25

Sink (Service/Wall Mount) 1 2.25 2.25

50.0

2"

Hot Water Fixture Units Total:

Gallons Per Minute:

(MAIN WATER SUPPLY LINE TO FEED WATER HEATER) Line Size:

DOMESTIC HOT WATER

All Plumbing Fixtures On Domestic Hot Water Distribution System

Fixture Type Quantity Hot Water Supply Fixture Units

Quantity of Fixtures:

IPC-2021

Table E103.3(2)

Load Values Assigned to Fixtures 1

IPC-2021

Table E103.3(3)

Table For Estimating Demand

7/24/2024

Engineer: Ruben Salinas

Designer: R. Todd Brown

VA Project No. 589-707 Construct Addition & Renovate Bldg. 3 For

Pharmacy

Description

QTY

GPH

EACH

TOTAL

GPH

LAVATORY 15 6 90

BK ROOM SINK 15 20 300

SERVICE SINK 2 20 40

SHOWERS 0 30 0

430 Total GPH

Based on ASHRAE Applications Handbook -

Office Building application

Demand factor = 0.3 and Storage Capacity

Factor = 2

Total 430 GPH

0.3 Factor

129 Demand

2 Factor

258 Storage

Designer: R. Todd Brown

Project No: 589-707

Construct Addition & Renovate Bldg. 3

For Pharmacy

SUPPLY HOT SEWER

Each Total Each Total Each Total Water Closet (Flush Valve) Public 15 10 150 0 6 90

Water Closet (Flush Valve) Private 6 0 0 4 0

Lavatory Public 15 2 30 1.5 22.5 1 15

Lavatory Private 0.75 0 0.5 0 1 0

Sink 14 2 28 1.5 21 2 28

Service Sink 2 3 6 2.25 4.5 2 4

Urinal 4 1 4 0 4 16

Scrub Sink 1 4 4 3 3 3 3

Bathroom Group Public (valve) 8 0 1.5 0 6 0

Bathroom Group Private (tank) 4 0 1.5 0 5 0

Brm. Grp. w / Shower Public (valve) 8 0 3 0 6 0

Brm. Grp. w / Shower Private (tank) 6 0 3 0 5 0

Clinical Sink 10 0 2 0 6 0

Bathtub 4 0 3 0 2 0

Whirlpool 10 0 10 0 8 0

Shower 4 0 3 0 2 0

Group Shower 0 0 0

3 Comp. Sink 5 0 4 0 4 0

2 Comp. Sink 4 0 2 0 3 0

Dishwashing Machine 8 0 6 0 5 0

Hydrant 3 0 0 0

Water Closet (Flush Tank) Public 2 0 0 4 0

Water Closet (Flush Tank) Private 2 0 0 4 0

Laundry Sink 3 0 2.25 0 2 0

Clothes Washer 4 0 3 0 3 0

Floor Drain 3 0 0 2 6

EWC / DF 2 0.25 0.5 0 0.25 0.5

Ice Maker 1 0 0 0 1 0

0 0 0

TOTAL FIXTURE UNITS 222.5 51 162.5

GPM 100 33

PIPE SIZE 2" 1.5"

MAIN SIZE 2" 1.5" 4"

Size (in.) Horiz. DFUs Vert. DFUs V. Size (in.) S.S. Size (in.) Length (ft) DFUs

2 6 10 2 2 200 12

3 20 48 2 3 150 10

4 160 240 2 3 110 21

6 620 960 2 4 35 43

8 1400 2200 3 3 680 53

3 3 620 102

FIXTURE TYPE QTY

Total Building

SEWER VENT

BRANCH PIPE DIAMETER SELECTION

Designer: R. Todd Brown

VA Project No. 589-707

Construct Addition & Renovate Bldg. 3 For Pharmacy

Hazen-Williams Equation for Pressure Loss in Pipes

Specified Data

C = Hazen-Williams roughness constant 150

Q = volume flow (gal/min) 105 dh = inside or hydraulic diameter (inches) 1.985

Calculated Pressure Loss h = friction head loss in ft of wtr per 100 ft of pipe (ft H20 per 100 ft pipe) 19.37

Calculated Flow Velocity v = flow velocity (ft/s) 7.50

P=(0.434)(h)(1) 8 p = 0.434 h SG (1)

Where:

p = pressure (psi) h = head (ft)

SG = specific gravity (1)

Air System Sizing Summary for 3A-AHU-3 (Compounding) (In Alternative: Default Alternative)

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Air System Information Air System Name 3A-AHU-3 (Compounding) Equipment Class CW AHU Air System Type VAV

Number of zones 12 Floor Area 4233.4 sqft Location Wichita Eisenhower Natl, KS, USA

Sizing Calculation Information Calculation Months Jan to Dec Sizing Data Calculated

Zone CFM Sizing Peak zone sensible load Space CFM Sizing Individual peak space loads

Central Cooling Coil Sizing Data Total coil load 44.5 Tons Total coil load 534.3 MBH Sensible coil load 409.8 MBH Coil CFM at peak load 8237 CFM Sum of peak zone CFM 8388 CFM Sensible heat ratio 0.767 CFM/Ton 185.0 sqft/Ton 95.1 BTU/(hr sqft) 126.2 Water flow @ 10.0 F rise 106.92 gpm

Peak coil load occurs at July 15:00

OA DB / WB 101.1 / 73.2 F

Entering DB / WB 100.8 / 73.1 F Leaving DB / WB 53.6 / 52.9 F Resulting RH 58 % Design supply temp. 55.0 F Zone T-stat Check 12 of 12 OK Max zone temperature deviation 0.0 F

Preheat Coil Sizing Data Max coil load 123.1 MBH Coil CFM at January 5:00 8237 CFM Max coil CFM 8237 CFM Water flow @ 20.0 F drop N/A

Load occurs at January 5:00 Ent. DB / Lvg DB 35.2 / 49.7 F

Humidifier Sizing Data Max steam flow at Design Heating 79.14 lb/hr Airflow Rate 8237 CFM

Air mass flow 35329.52 lb/hr Moisture gain .00224 lb/lb

Supply Fan Sizing Data Design CFM 8237 CFM Design CFM occurs at November 12:00 Design CFM/sqft 1.95 CFM/sqft Sum of peak zone CFM 8388 CFM VAV Fan Diversity 1.8 %

Fan motor BHP 4.51 BHP Fan motor kW 3.58 kW Fan total static 2.00 in wg

Outdoor Ventilation Air Data Design airflow CFM 8172 CFM CFM/sqft 1.93 CFM/sqft

CFM/person 480.73 CFM/person

Hourly Analysis Program 6.2 Page 1 of 172

Blake.Juett Text Box 3A-AHU-3 (Compounding) Notes:

8,500 CFM Unit 100% OA Unit Front Discharge Supply, Top Intake OA Separate Exhaust Unit that includes HEPA filter on discharge

OA Damper -> Pre-Filter (MERV 7) -> Pre-Filter (MERV 11) -> Preheat Steam Coil (15-psi steam) -> CW Cooling Coil -> Steam Humidifier (15-psi) -> Supply Fans -> Final Filter (MERV 14 typically but must be capable of MERV 16A so use that for ISP calcs)

ESP calcs coming after routing. Let's assume 2.5 in w.g. (a lot of these diffusers downstream will have additional filtration)

Zone Sizing Summary for 3A-AHU-3 (Compounding)

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Air System Information Air System Name 3A-AHU-3 (Compounding) Equipment Class CW AHU Air System Type VAV

Number of zones 12 Floor Area 4233.4 sqft Location Wichita Eisenhower Natl, KS, USA

Sizing Calculation Information Calculation Months Jan to Dec Sizing Data Calculated

Zone CFM Sizing Peak zone sensible load Space CFM Sizing Individual peak space loads

Zone Terminal Sizing Data

Zone Name

Design Supply Airflow

(CFM)

Minimum Supply Airflow

(CFM)

Zone CFM/sqft

Reheat Coil

Capacity

(MBH)

Reheat Coil

Water gpm

@ 20.0 F

Zone Htg Unit

Coil Capacity

(MBH)

Zone Htg Unit Water gpm

@ 20.0 F

Mixing Box Fan Airflow

(CFM)

Compounding-1 260 260 2.57 10.7 1.07 0.0 0.00 0

Compounding-11 955 955 2.03 39.3 3.94 0.0 0.00 0

Compounding-12 2079 2079 1.21 85.6 8.57 0.0 0.00 0

Compounding-13 204 204 1.60 8.4 0.84 0.0 0.00 0

Compounding-2 97 97 1.37 4.0 0.40 0.0 0.00 0

Compounding-3 1185 1185 1.91 48.8 4.88 0.0 0.00 0

Compounding-4 291 291 1.72 12.0 1.20 0.0 0.00 0

Compounding-5 1017 1017 4.66 41.9 4.19 0.0 0.00 0

Compounding-6 215 215 1.60 8.9 0.89 0.0 0.00 0

Compounding-7 922 922 3.33 38.0 3.80 0.0 0.00 0

Compounding-8 979 979 4.66 40.3 4.03 0.0 0.00 0

Compounding-9 184 184 1.60 7.6 0.76 0.0 0.00 0

Zone Peak Sensible Loads

Zone Zone Zone

Cooling Time of Heating Floor

Sensible Peak Sensible Load Area

Zone Name (MBH) Cooling Load (MBH) (sqft)

Compounding-1 3.7 August 17:00 0.9 101.0

Compounding-11 13.7 October 14:00 3.6 469.9

Compounding-12 29.9 November 12:00 1.6 1719.5

Compounding-13 1.8 September 16:00 0.1 127.4

Compounding-2 1.4 August 18:00 0.4 70.5

Compounding-3 17.0 November 12:00 3.7 621.4

Compounding-4 4.2 November 12:00 1.3 168.9

Compounding-5 2.8 September 15:00 0.2 218.2

Compounding-6 0.8 September 16:00 0.1 134.8

Compounding-7 3.3 September 16:00 0.2 276.9

Compounding-8 2.6 September 16:00 0.1 210.0

Compounding-9 1.4 September 15:00 0.1 114.8

Hourly Analysis Program 6.2 Page 2 of 172

Zone Sizing Summary for 3A-AHU-3 (Compounding)

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Space Loads and Airflows

Zone Name / Space Name

Cooling Sensible

(MBH)

Time of Peak

Sensible Load

Air Flow

(CFM)

Heating Load

(MBH)

Floor Area (sqft)

Space CFM/sqft

Compounding-1

122-3A [IP NON-STERL

COMPOUNDING]

3.7 August 17:00 260 0.9 101.0 2.57

Compounding-11

112J-3 [IP TECHS] 9.5 October 14:00 660 2.8 307.9 2.14

112M-3 [IP FILING] 4.3 November 13:00 296 0.8 162.1 1.82

Compounding-12

112D-3 [IP CRASH CART] 1.9 November 12:00 135 0.1 68.3 1.97

112E-3 [IP FILING ASSEMBLY] 8.4 November 12:00 581 0.4 471.8 1.23

112F-3 [IP FILING STORAGE] 8.3 November 12:00 577 0.4 495.7 1.16

112H-3 [IP REPACKAGING] 10.2 November 12:00 711 0.6 566.5 1.26

114-3A [ELEC] 1.1 September 16:00 76 0.1 117.3 0.65

Compounding-13

112B-3 [IP RECEIVING] 1.8 September 16:00 204 0.1 127.4 1.60

Compounding-2

123-3A [IP STAFF TOILET] 1.4 August 18:00 97 0.4 70.5 1.37

Compounding-3

121-3A [IP HAC] 0.2 August 19:00 13 0.1 34.0 0.38

126-3A [CORRIDOR] 15.9 November 12:00 1102 3.6 560.9 1.96

126B-3A [IP COMPOUNDING WORK

AREA]

1.0 November 12:00 70 0.1 26.6 2.63

Compounding-4

124-3A [IP Supervisor Office] 4.2 November 12:00 291 1.3 168.9 1.72

Compounding-5

119-3A [IP NON-HD DRUG BUFFER

ROOM]

2.8 September 15:00 1017 0.2 218.2 4.66

Compounding-6

120-3A [IP Sterile Compounding Storage Room]

0.8 September 16:00 215 0.1 134.8 1.60

Compounding-7

116-3A [IP COMPOUNDING ANTE

ROOM]

3.3 September 16:00 922 0.2 276.9 3.33

Compounding-8

117-3A [IP HD Drug Buffer Room] 2.6 September 16:00 979 0.1 210.0 4.66

Compounding-9

115-3A [IP HD Drug Storage] 1.4 September 15:00 184 0.1 114.8 1.60

Hourly Analysis Program 6.2 Page 3 of 172

Ventilation Sizing Summary for 3A-AHU-3 (Compounding)

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

1. Summary Ventilation Sizing Method Sum of Space OA Airflows Design Ventilation Airflow Rate 8172 CFM

2. Space Ventilation Analysis

Zone Name / Space Name

Floor Area

(sqft) Maximum

Occupants

Maximum Supply Air

(CFM)

Required Outdoor Air

(CFM/person)

Required Outdoor Air

(CFM/sqft)

Required Outdoor Air

(CFM)

Required Outdoor Air

(% of supply)

Required Outdoor Air

(ACH)

Uncorrected Outdoor Air

(CFM)

Compounding-1

122-3A [IP NON-STERL

COMPOUNDING]

101.0 1.0 259.5 0.00 0.00 0.0 100.0 0.00 259.5

Compounding-11

112J-3 [IP TECHS] 307.9 5.0 659.8 0.00 0.00 0.0 100.0 0.00 659.8

112M-3 [IP FILING] 162.1 0.0 295.7 0.00 0.00 0.0 100.0 0.00 295.7

Compounding-12

112D-3 [IP CRASH CART] 68.3 1.0 134.5 0.00 0.00 0.0 100.0 0.00 134.5

112E-3 [IP FILING ASSEMBLY] 471.8 2.0 580.6 0.00 0.00 0.0 100.0 0.00 580.6

112F-3 [IP FILING STORAGE] 495.7 0.0 577.0 0.00 0.00 0.0 100.0 0.00 577.0

112H-3 [IP REPACKAGING] 566.5 1.0 711.1 0.00 0.00 0.0 100.0 0.00 711.1

114-3A [ELEC] 117.3 0.0 75.8 0.00 0.00 0.0 100.0 0.00 75.8

Compounding-13

112B-3 [IP RECEIVING] 127.4 1.0 203.7 0.00 0.00 0.0 100.0 0.00 203.7

Compounding-2

123-3A [IP STAFF TOILET] 70.5 1.0 96.6 0.00 0.00 0.0 100.0 0.00 96.6

Compounding-3

121-3A [IP HAC] 34.0 0.0 13.0 0.00 0.00 0.0 100.0 0.00 13.0

126-3A [CORRIDOR] 560.9 0.0 1102.1 0.00 0.00 0.0 100.0 0.00 1102.1

126B-3A [IP COMPOUNDING

WORK AREA]

26.6 1.0 69.9 0.00 0.00 0.0 100.0 0.00 69.9

Compounding-4

124-3A [IP Supervisor Office] 168.9 0.0 290.7 0.00 0.00 0.0 100.0 0.00 290.7

Compounding-5

119-3A [IP NON-HD DRUG

BUFFER ROOM]

218.2 1.0 1017.4 0.00 0.00 0.0 100.0 0.00 1017.4

Compounding-6

120-3A [IP Sterile Compounding Storage Room]

134.8 0.0 215.4 0.00 0.00 0.0 0.0 0.00 0.0

Compounding-7

116-3A [IP COMPOUNDING ANTE

ROOM]

276.9 1.0 922.0 0.00 0.00 0.0 100.0 0.00 922.0

Compounding-8

117-3A [IP HD Drug Buffer Room] 210.0 1.0 979.2 0.00 0.00 0.0 100.0 0.00 979.2

Compounding-9

115-3A [IP HD Drug Storage] 114.8 1.0 184.0 0.00 0.00 0.0 100.0 0.00 184.0

Totals 8387.7 8172.4

Hourly Analysis Program 6.2 Page 4 of 172

Ventilation Sizing Summary for 3A-AHU-3 (Compounding)

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Hourly Analysis Program 6.2 Page 5 of 172

Air System Heat Balance Summary for 3A-AHU-3 (Compounding)

Table 1. System Loads

DESIGN COOLING - JULY 15:00 DESIGN HEATING

OA DB / WB 101.1 F / 73.2 F OA DB / WB 7.6 F / 5.4 F

COMPONENT LOADS Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Zone Conditioning - 55198 3218 - 7245 0

Plenum Load - 0 0 - 0 0

Return Fan Load 8092 CFM 0 - 8092 CFM 0 -

Ventilation Load 8172 CFM 277716 117488 8172 CFM 476654 83482

Supply Fan Load 8237 CFM 12219 - 8237 CFM -12219 -

Zone Fan Coil Fans Load - 0 - - 0 -

>> Total System Loads - 345133 120706 - 471680 83482

Central Cooling Coil - 409817 124498 - 0 0

Preheat Coil - 0 - - 123074 -

Humidification 0.00 lb/hr 0 0 79.14 lb/hr 6203 76840

Terminal Reheat Coils - -57107 - - 345383 -

>> Total Conditioning - 352710 124498 - 474660 76840

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Table 2. Zone Heat Balance Loads

DESIGN COOLING - JULY 15:00 DESIGN HEATING

OA DB / WB 101.1 F / 73.2 F OA DB / WB 7.6 F / 5.4 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 971 sqft 4323 - 971 sqft 2796 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 210 sqft 2922 - 210 sqft 2866 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 4233 sqft 13920 - 4233 sqft 1784 -

Interior Wall Convection 6317 sqft 9790 - 6317 sqft 2302 -

Ceiling Convection 4236 sqft 17304 - 4236 sqft 2575 -

Overhead Lighting Convection 3645 W 5522 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 2373 W 6072 - 0 W 0 -

People Convection 17 1250 3485 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Zone Loads - 61103 3485 - 12323 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room air. Therefore, the effect of solar heat gain is found in the surface convection line items.

Hourly Analysis Program 6.2 Page 6 of 172

Zone Heat Balance Summary for 3A-AHU-3 (Compounding)

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 1. Heat Balance Loads for Zone Compounding-1

DESIGN COOLING - AUGUST 17:00 DESIGN HEATING

OA DB / WB 99.8 F / 72.9 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 63 sqft 440 - 63 sqft 191 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 17 sqft 433 - 17 sqft 261 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 101 sqft 1103 - 101 sqft 118 -

Interior Wall Convection 241 sqft 981 - 241 sqft 225 -

Ceiling Convection 101 sqft 709 - 101 sqft 145 -

Overhead Lighting Convection 0 W 0 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 0 W 0 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

3740 205 - 940 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Table 2. Heat Balance Loads for Zone Compounding-11

DESIGN COOLING - OCTOBER 14:00 DESIGN HEATING

OA DB / WB 84.0 F / 64.9 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 430 sqft 2972 - 430 sqft 1239 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 105 sqft 2000 - 105 sqft 1412 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 470 sqft 2996 - 470 sqft 371 -

Interior Wall Convection 194 sqft 892 - 194 sqft 71 -

Ceiling Convection 470 sqft 2817 - 470 sqft 488 -

Overhead Lighting Convection 527 W 798 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 352 W 902 - 0 W 0 -

People Convection 5 368 1025 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

13744 1025 - 3580 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 7 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 3. Heat Balance Loads for Zone Compounding-12

DESIGN COOLING - NOVEMBER 12:00 DESIGN HEATING

OA DB / WB 71.6 F / 58.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 1720 sqft 10608 - 1720 sqft 487 -

Interior Wall Convection 1291 sqft 3325 - 1291 sqft 345 -

Ceiling Convection 1721 sqft 9623 - 1721 sqft 764 -

Overhead Lighting Convection 1829 W 2772 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 1290 W 3300 - 0 W 0 -

People Convection 4 294 820 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

29922 820 - 1597 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Table 4. Heat Balance Loads for Zone Compounding-13

DESIGN COOLING - SEPTEMBER 16:00 DESIGN HEATING

OA DB / WB 95.1 F / 70.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 127 sqft 325 - 127 sqft 15 -

Interior Wall Convection 362 sqft 526 - 362 sqft 36 -

Ceiling Convection 127 sqft 451 - 127 sqft 27 -

Overhead Lighting Convection 143 W 216 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 96 W 245 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

1837 205 - 78 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 8 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 5. Heat Balance Loads for Zone Compounding-2

DESIGN COOLING - AUGUST 18:00 DESIGN HEATING

OA DB / WB 98.1 F / 72.4 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 56 sqft 267 - 56 sqft 145 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 70 sqft 186 - 70 sqft 26 -

Interior Wall Convection 217 sqft 608 - 217 sqft 188 -

Ceiling Convection 70 sqft 258 - 70 sqft 40 -

Overhead Lighting Convection 0 W 0 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 0 W 0 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

1392 205 - 400 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Table 6. Heat Balance Loads for Zone Compounding-3

DESIGN COOLING - NOVEMBER 12:00 DESIGN HEATING

OA DB / WB 71.6 F / 58.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 250 sqft 1591 - 250 sqft 702 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 70 sqft 1184 - 70 sqft 953 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 621 sqft 5746 - 621 sqft 472 -

Interior Wall Convection 1340 sqft 4253 - 1340 sqft 915 -

Ceiling Convection 622 sqft 3696 - 622 sqft 661 -

Overhead Lighting Convection 299 W 452 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 20 W 51 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

17047 205 - 3703 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 9 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 7. Heat Balance Loads for Zone Compounding-4

DESIGN COOLING - NOVEMBER 12:00 DESIGN HEATING

OA DB / WB 71.6 F / 58.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 172 sqft 823 - 172 sqft 519 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 17 sqft 281 - 17 sqft 240 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 169 sqft 1434 - 169 sqft 171 -

Interior Wall Convection 230 sqft 697 - 230 sqft 168 -

Ceiling Convection 169 sqft 955 - 169 sqft 225 -

Overhead Lighting Convection 0 W 0 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 0 W 0 - 0 W 0 -

People Convection 0 0 0 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

4189 0 - 1322 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Table 8. Heat Balance Loads for Zone Compounding-5

DESIGN COOLING - SEPTEMBER 15:00 DESIGN HEATING

OA DB / WB 95.1 F / 70.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 218 sqft 545 - 218 sqft 31 -

Interior Wall Convection 510 sqft 627 - 510 sqft 97 -

Ceiling Convection 218 sqft 746 - 218 sqft 55 -

Overhead Lighting Convection 245 W 370 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 164 W 419 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

2781 205 - 183 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 10 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 9. Heat Balance Loads for Zone Compounding-6

DESIGN COOLING - SEPTEMBER 16:00 DESIGN HEATING

OA DB / WB 95.1 F / 70.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 135 sqft 242 - 135 sqft 17 -

Interior Wall Convection 385 sqft 207 - 385 sqft 51 -

Ceiling Convection 135 sqft 328 - 135 sqft 31 -

Overhead Lighting Convection 0 W 0 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 0 W 0 - 0 W 0 -

People Convection 0 0 0 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

777 0 - 98 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Table 10. Heat Balance Loads for Zone Compounding-7

DESIGN COOLING - SEPTEMBER 16:00 DESIGN HEATING

OA DB / WB 95.1 F / 70.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 277 sqft 662 - 277 sqft 34 -

Interior Wall Convection 672 sqft 674 - 672 sqft 83 -

Ceiling Convection 277 sqft 922 - 277 sqft 63 -

Overhead Lighting Convection 310 W 470 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 208 W 531 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

3333 205 - 180 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 11 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 11. Heat Balance Loads for Zone Compounding-8

DESIGN COOLING - SEPTEMBER 16:00 DESIGN HEATING

OA DB / WB 95.1 F / 70.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 210 sqft 509 - 210 sqft 26 -

Interior Wall Convection 523 sqft 547 - 523 sqft 67 -

Ceiling Convection 210 sqft 708 - 210 sqft 48 -

Overhead Lighting Convection 235 W 357 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 158 W 403 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

2597 205 - 142 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Table 12. Heat Balance Loads for Zone Compounding-9

DESIGN COOLING - SEPTEMBER 15:00 DESIGN HEATING

OA DB / WB 95.1 F / 70.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

Zone Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 115 sqft 262 - 115 sqft 15 -

Interior Wall Convection 352 sqft 373 - 352 sqft 57 -

Ceiling Convection 115 sqft 364 - 115 sqft 28 -

Overhead Lighting Convection 57 W 87 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 86 W 220 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change - 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

1379 205 - 100 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 12 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Hourly Analysis Program 6.2 Page 13 of 172

Space Heat Balance Summary for 3A-AHU-3 (Compounding)

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 1. Heat Balance Loads for Space 122-3A [IP NON-STERL COMPOUNDING] in Zone Compounding-1

DESIGN COOLING - AUGUST 17:00 DESIGN HEATING

OA DB / WB 99.8 F / 72.9 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 63 sqft 440 - 63 sqft 191 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 17 sqft 433 - 17 sqft 261 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 101 sqft 1103 - 101 sqft 118 -

Interior Wall Convection 241 sqft 981 - 241 sqft 225 -

Ceiling Convection 101 sqft 709 - 101 sqft 145 -

Overhead Lighting Convection 0 W 0 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 0 W 0 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 3740 205 - 940 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 14 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 2. Heat Balance Loads for Space 112J-3 [IP TECHS] in Zone Compounding-11

DESIGN COOLING - OCTOBER 14:00 DESIGN HEATING

OA DB / WB 84.0 F / 64.9 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 338 sqft 2398 - 338 sqft 996 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 87 sqft 1680 - 87 sqft 1168 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 308 sqft 1978 - 308 sqft 277 -

Interior Wall Convection 34 sqft 115 - 34 sqft 22 -

Ceiling Convection 308 sqft 1857 - 308 sqft 352 -

Overhead Lighting Convection 345 W 523 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 231 W 591 - 0 W 0 -

People Convection 5 368 1025 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 9509 1025 - 2816 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 15 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 2. Heat Balance Loads for Space 112M-3 [IP FILING] in Zone Compounding-11

DESIGN COOLING - NOVEMBER 13:00 DESIGN HEATING

OA DB / WB 73.3 F / 58.8 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 92 sqft 556 - 92 sqft 243 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 17 sqft 289 - 17 sqft 244 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 162 sqft 1072 - 162 sqft 93 -

Interior Wall Convection 160 sqft 796 - 160 sqft 48 -

Ceiling Convection 162 sqft 962 - 162 sqft 135 -

Overhead Lighting Convection 182 W 275 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 122 W 311 - 0 W 0 -

People Convection 0 0 0 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 4261 0 - 764 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 16 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 3. Heat Balance Loads for Space 112D-3 [IP CRASH CART] in Zone Compounding-12

DESIGN COOLING - NOVEMBER 12:00 DESIGN HEATING

OA DB / WB 71.6 F / 58.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 68 sqft 465 - 68 sqft 20 -

Interior Wall Convection 187 sqft 742 - 187 sqft 39 -

Ceiling Convection 68 sqft 412 - 68 sqft 31 -

Overhead Lighting Convection 77 W 116 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 51 W 131 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 1939 205 - 90 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 17 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 3. Heat Balance Loads for Space 112E-3 [IP FILING ASSEMBLY] in Zone Compounding-12

DESIGN COOLING - NOVEMBER 12:00 DESIGN HEATING

OA DB / WB 71.6 F / 58.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 472 sqft 3052 - 472 sqft 139 -

Interior Wall Convection 219 sqft 725 - 219 sqft 67 -

Ceiling Convection 472 sqft 2736 - 472 sqft 216 -

Overhead Lighting Convection 529 W 801 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 354 W 905 - 0 W 0 -

People Convection 2 147 410 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 8367 410 - 422 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 18 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 3. Heat Balance Loads for Space 112F-3 [IP FILING STORAGE] in Zone Compounding-12

DESIGN COOLING - NOVEMBER 12:00 DESIGN HEATING

OA DB / WB 71.6 F / 58.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 496 sqft 3194 - 496 sqft 146 -

Interior Wall Convection 145 sqft 460 - 145 sqft 57 -

Ceiling Convection 496 sqft 2869 - 496 sqft 228 -

Overhead Lighting Convection 555 W 841 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 372 W 951 - 0 W 0 -

People Convection 0 0 0 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 8316 0 - 432 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 19 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 3. Heat Balance Loads for Space 112H-3 [IP REPACKAGING] in Zone Compounding-12

DESIGN COOLING - NOVEMBER 12:00 DESIGN HEATING

OA DB / WB 71.6 F / 58.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 566 sqft 3674 - 566 sqft 168 -

Interior Wall Convection 385 sqft 1142 - 385 sqft 134 -

Ceiling Convection 567 sqft 3310 - 567 sqft 261 -

Overhead Lighting Convection 635 W 962 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 425 W 1087 - 0 W 0 -

People Convection 1 74 205 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 10248 205 - 563 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room air.

Note 2: Lighting, equipment, and people line items include only the direct convective heat gain from the heat source to the room air. The radiative portion of the heat gain is first absorbed by surfaces in the room and then later convected from the surface to the air.

Therefore the effect of the radiative portion of the heat gain is found in the surface convection line items.

Note 3: Solar heat gain is absorbed by surfaces in the room, re-radiated to other surfaces, and finally convected from the surfaces to room

Hourly Analysis Program 6.2 Page 20 of 172

Project: 2309 HAP LOADS(converted) NS 04/30/2024

Prepared by: Spur Design 8:20 AM

Table 3. Heat Balance Loads for Space 114-3A [ELEC] in Zone Compounding-12

DESIGN COOLING - SEPTEMBER 16:00 DESIGN HEATING

OA DB / WB 95.1 F / 70.2 F OA DB / WB 7.6 F / 5.4 F

OCCUPIED T-STAT 69.0 F OCCUPIED T-STAT 68.0 F

INDOOR DB 69.0 F INDOOR DB 68.0 F

Space Heat Balance Component Details Sensible [BTU/hr]

Latent [BTU/hr]

Details Sensible [BTU/hr]

Latent [BTU/hr]

Exterior Wall Convection 0 sqft 0 - 0 sqft 0 -

Roof Convection 0 sqft 0 - 0 sqft 0 -

Window Convection 0 sqft 0 - 0 sqft 0 -

Skylight Convection 0 sqft 0 - 0 sqft 0 -

Door Convection 0 sqft 0 - 0 sqft 0 -

Floor Convection 117 sqft 233 - 117 sqft 15 -

Interior Wall Convection 355 sqft 258 - 355 sqft 48 -

Ceiling Convection 118 sqft 325 - 118 sqft 27 -

Overhead Lighting Convection 34 W 52 - 0 W 0 -

Task Lighting Convection 0 W 0 - 0 W 0 -

Electric Equipment Convection 88 W 225 - 0 W 0 -

People Convection 0 0 0 0 0 0

Infiltration 0 CFM 0 0 0 CFM 0 0

Miscellaneous Equipment - 0 0 - 0 0

Air Internal Energy Change 0.0F 0 - 0 0

Safety Factor 0% / 0% 0 0 0% 0 0

>> Total Space Loads - 1092 0 - 90 0

Key:

Positive values are cooling loads Negative values are heating loads

Positive values are heating loads Negative values are cooling loads

Note 1: Surface convection line items show the combined effects of conductive heat gain to the surface and radiative heat gains absorbed at the surface which are then convected to room…