ATTCH 3_Appendix F - Calcs (FOUO).pdf
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- Attached to
- UPGRADE BUILDING COMPLEX HILO Federal contract opportunity
- Solicitation number
- W50SLF-22-R-0001
- Issued by
- Department of the Army National Guard
About this file
This solicitation requests proposals for the construction of upgrades to five buildings at the 291st Combat Communications Squadron in Hilo, Hawaii. Work includes replacing windows and doors, repairing and coating roofs, installing suspended ceilings and lighting. Optional work includes additional roof coating. Proposals are due April 21, 2022. Evaluation will consider technical, past performance and price factors. The contract value is estimated between $1-5 million to be funded by the Army National Guard. The small business set-aside requires at least 85% of work be performed by similarly situated entities. A pre-proposal conference will be held on March 25, 2022 at the project site. The solicitation and plans are available through SAM.gov using the listed solicitation number.
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Text version
HONOLULU CHICAGO GUAM
1164 Bishop Street
Suite 600
Honolulu Hawaii 96813
Telephone
808.534.1300
Email info@baseengr.com
Structural Calculations For
Upgrade Building Complex, Hilo
MABE 152003
Hilo, Hawaii
November 7, 2017
MABE 152003
Basis of Design:
The analysis and design of the existing and new window jambs was completed using SBEDS v5.1 design software developed by the United States Army Corps of Engineers Protective Design Center. Per the documentation, SBEDS is based on Army TM 5-1300 (also designated as NAVFAC P-397 and AFR 88-22) and UFC 3-340-01, but also draws on other sources where improved methodologies are available.
The standoff distances used in our analysis were based upon Google Earth images and approximate measurements taken during our site visit on June 22, 2016. We will confirm these standoff distances with the architectural site plan once it is finalized.
The complex is located within a controlled perimeter, so the applicable TNT equivalent used in our blast analysis is Type II.
24 ft
52 ft
72 ft
61 ft
44 ft
92 ft
100 ft
All standoff distances are measured from curb line.
Windows shown in "red" shall be designed for reflected pressures at the appropriate standoff distance.
Windows shown in "blue" shall be designed for side-on pressures at the appropriate standoff distance.
ASSUMED STANDOFF DISTANCES AND WINDOW BLAST PRESSURES
BASE - JUNE 2016
Assumed Inhabited Occupancy (Very Low Level of Protection)
Assumed Primary Gathering Occupancy (Low Level of Protection)
Assumed Inhabited Occupancy (Very Low Level of Protection)
Building 701
Building 703
Building 705
Building 704
BLDG 703 BLDG 701
9'-4"
6'-0" 8"
EMJ3
NSJ3
8" 3'-0"
6'-0"
EMJ2
NSJ2
EMJ1
NSJ1
3'-0" 8"
9'-4"
EMJ1
NSJ1
9'-4"
8" 3'-0"
[Standoff Distance = 24'] [Standoff Distance = 52'] [Standoff Distance
= 72']
3'-0" 8"
10'-0"
EMJ6
NSJ6
3'-0" 8"8" 3'-0" 8" 3' -0
3' -0
EMJ6
NSJ6
EMJ6
NSJ6
EMJ6
NSJ6
8" 3'-0"
7'-6"
EMJ7
NSJ7
BLDG 703
[Standoff Distance = 44' (Side-On)]
8" 1' -6
7'-4"
EMJ4 NCJ1
1' -6
3' -4
3' -4
1' -6
1'
-6
8"
NCJ1 EMJ4
3'-4" 3' -4
3' -0
8"
NCJ1 EMJ5
3' -0
NCJ1EMJ5 EMJ5 EMJ5
3' -0
8"3' -0
8"
7'-4" 7'-4" 7'-4"
3' -0
8"
SBEDS Analysis Key Plan:
EMJ1 = "Existing Masonry Jamb" analysis 1 NSJ1 = "New Steel Jamb" Analysis 1 NCJ1 = "New Concrete Jamb" Analysis 1
SBEDS BLAST ANALYSIS KEYPLAN
BASE - APRIL 2017
SBEDS Blast Analysis
Existing CMU Walls
Connection Design
New Steel Jambs
ROOM PSYCHROMETRIC STATE POINTS
By BMcD
001 - B701 Squadron Admin Personnel
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
69.1 29.5Space 78.0 64.6 48.5
Main System
0.0Return Air Heat Pickup
0.0Return Fan
69.1 29.5Return Air 78.0 64.6 48.5
78.0 69.1 29.5Return/Outdoor Air Mix 64.6 48.5
Leaving OA preconditioning 56.9 55.7 92.5 63.7 23.6
Entering OA preconditioning 83.8 72.1 57.0 99.1 35.7
83.8 99.1 35.7Outdoor Air 72.1 57.0
54.8 57.9 22.1Leaving Coil 53.3 90.9
69.1 29.6Entering Coil 78.1 64.6 48.3
0.1Blow Through Fan
Coil Airflow cfm 2,358
Sensible Heat Ratio (SHR) 0.75
Percent Outside Air % 0.00
57.9 22.2Supply Air 55.0 53.4 90.3
Reheat Device
57.9 22.2Cold Deck Supply Air 55.0 53.4 90.3
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Project Name: TRACE® 700 v6.3.2 calculated at 02:40 PM on 06/02/2017
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 1 of 25
002 - B701 Conference Room
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
48.4 26.3Space 78.0 60.1 34.1
Main System
0.0Return Air Heat Pickup
0.0Return Fan
48.4 26.3Return Air 78.0 60.1 34.1
78.0 48.4 26.3Return/Outdoor Air Mix 60.1 34.1
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 84.5 73.5 59.7 106.2 36.9
84.5 106.2 36.9Outdoor Air 73.5 59.7
54.8 48.4 20.7Leaving Coil 50.8 76.1
48.4 26.3Entering Coil 78.1 60.1 34.0
0.1Blow Through Fan
Coil Airflow cfm 521
Sensible Heat Ratio (SHR) 0.99
Percent Outside Air % 0.00
48.4 20.7Supply Air 55.0 50.9 75.6
Reheat Device
48.5 20.7Cold Deck Supply Air 55.0 50.9 75.7
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 2 of 25
ZONE PSYCHROMETRIC STATE POINTS
By BMcDB702BBb
B702 - Zone - 001
Dry Wet Relative Humidity Temperature Bulb Bulb Humidity Ratio DifferenceEnthalpy
°F °F % gr/lb Btu/lb °F
Space 78.0 60.8 36.4 51.7 26.8
Main System
Return Air Heat Pickup 0.0
Return Fan 0.0
Return Air 78.0 60.8 36.4 51.7 26.8
Return/Outdoor Air Mix 78.9 62.2 38.4 56.3 27.7
Leaving OA preconditioning 87.1 72.7 50.2 96.9 36.1
Entering OA preconditioning 87.1 72.7 50.2 96.9 36.1
Outdoor Air 87.1 72.7 50.2 96.9 36.1
Leaving Coil 52.4 50.4 87.9 51.1 20.5
Entering Coil 78.9 62.2 38.4 56.3 27.7
0.0Blow Through Fan
0.97 %Sensible Heat Ratio (SHR)
Percent Outside Air 10.00
Supply Air 55.0 51.6 79.8 51.1 21.1
Reheat Device
55.0 51.6 79.8 51.1 21.1Cold Deck Supply Air
Fan Frictional Heat 1.8
Supply Duct Heat Gain 0.0
Draw Through Fan 0.9
Coil Airflow cfm 252
0.0
TRACE® 700 v6.3.2 calculated at 02:37 PM on 06/02/2017Project Name:
Dataset Name: 88127 - B2.TRC Alternative - 1 Zone Psychrometric Report Page 1 of 5
By BMcDB
B702 - Zone - 002
Dry Wet Relative Humidity Temperature Bulb Bulb Humidity Ratio DifferenceEnthalpy
°F °F % gr/lb Btu/lb °F
Space 78.0 60.8 36.4 51.7 26.8
Main System
Return Air Heat Pickup 0.0
Return Fan 0.0
Return Air 78.0 60.8 36.4 51.7 26.8
Return/Outdoor Air Mix 79.0 62.2 38.2 56.1 27.7
Leaving OA preconditioning 88.1 72.8 48.3 96.1 36.3
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
Outdoor Air 88.1 72.8 48.3 96.1 36.3
Leaving Coil 52.4 50.4 87.8 51.1 20.5
Entering Coil 79.0 62.2 38.2 56.1 27.7
0.0Blow Through Fan
0.97 %Sensible Heat Ratio (SHR)
Percent Outside Air 10.00
Supply Air 55.0 51.6 79.7 51.1 21.1
Reheat Device
55.0 51.6 79.7 51.1 21.1Cold Deck Supply Air
Fan Frictional Heat 1.8
Supply Duct Heat Gain 0.0
Draw Through Fan 0.9
Coil Airflow cfm 256
0.0
Dataset Name: 88127 - B2.TRC Alternative - 1 Zone Psychrometric Report Page 2 of 5
B702 - Zone - 003
Dry Wet Relative Humidity Temperature Bulb Bulb Humidity Ratio DifferenceEnthalpy
°F °F % gr/lb Btu/lb °F
Space 78.0 60.8 36.4 51.7 26.8
Main System
Return Air Heat Pickup 0.0
Return Fan 0.0
Return Air 78.0 60.8 36.4 51.7 26.8
Return/Outdoor Air Mix 78.9 62.0 38.0 55.7 27.7
Leaving OA preconditioning 88.1 72.8 48.3 96.1 36.3
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
Outdoor Air 88.1 72.8 48.3 96.1 36.3
Leaving Coil 52.4 50.4 87.6 50.9 20.5
Entering Coil 78.9 62.0 38.0 55.7 27.7
0.0Blow Through Fan
0.97 %Sensible Heat Ratio (SHR)
Percent Outside Air 9.05
Supply Air 55.0 51.5 79.5 50.9 21.1
Reheat Device
55.0 51.5 79.5 50.9 21.1Cold Deck Supply Air
Fan Frictional Heat 1.8
Supply Duct Heat Gain 0.0
Draw Through Fan 0.9
Coil Airflow cfm 221
0.0
Dataset Name: 88127 - B2.TRC Alternative - 1 Zone Psychrometric Report Page 3 of 5
By BMcDBB
B702 - Zone - 004
Dry Wet Relative Humidity Temperature Bulb Bulb Humidity Ratio DifferenceEnthalpy
°F °F % gr/lb Btu/lb °F
Space 78.0 61.2 37.7 53.5 27.1
Main System
Return Air Heat Pickup 0.0
Return Fan 0.0
Return Air 78.0 61.2 37.7 53.5 27.1
Return/Outdoor Air Mix 79.0 62.9 40.4 59.5 28.3
Leaving OA preconditioning 87.6 75.0 56.0 110.1 38.3
Entering OA preconditioning 87.6 75.0 56.0 110.1 38.3
Outdoor Air 87.6 75.0 56.0 110.1 38.3
Leaving Coil 52.4 50.7 89.6 52.1 20.6
Entering Coil 79.0 62.9 40.4 59.5 28.3
0.0Blow Through Fan
0.95 %Sensible Heat Ratio (SHR)
Percent Outside Air 10.46
Supply Air 55.0 51.9 81.3 52.1 21.3
Reheat Device
55.0 51.9 81.3 52.1 21.3Cold Deck Supply Air
Fan Frictional Heat 1.8
Supply Duct Heat Gain 0.0
Draw Through Fan 0.9
Coil Airflow cfm 287
0.0
Dataset Name: 88127 - B2.TRC Alternative - 1 Zone Psychrometric Report Page 4 of 5
B702 - Zone - 001
Dry Wet Relative Humidity Temperature Bulb Bulb Humidity Ratio DifferenceEnthalpy
°F °F % gr/lb Btu/lb °F
Space 78.0 65.0 49.9 71.2 29.9
Main System
Return Air Heat Pickup 0.0
Return Fan 0.0
Return Air 78.0 65.0 49.9 71.2 29.9
Return/Outdoor Air Mix 78.8 65.8 50.4 73.9 30.5
Leaving OA preconditioning 88.1 74.3 52.7 105.0 37.7
Entering OA preconditioning 88.1 74.3 52.7 105.0 37.7
Outdoor Air 88.1 74.3 52.7 105.0 37.7
Leaving Coil 62.1 59.3 84.7 70.4 25.9
Entering Coil 78.8 65.8 50.4 73.9 30.5
0.0Blow Through Fan
0.95 %Sensible Heat Ratio (SHR)
Percent Outside Air 8.16
Supply Air 62.4 59.3 84.0 70.4 25.9
Reheat Device
62.4 59.3 84.0 70.4 25.9Cold Deck Supply Air
Fan Frictional Heat 0.2
Supply Duct Heat Gain 0.0
Draw Through Fan 0.1
Coil Airflow cfm 1,127
0.0
Dataset Name: 88127 - B2.TRC Alternative - 2 Zone Psychrometric Report Page 5 of 5
007 - B703 Gym (classroom)
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
56.8 27.6Space 78.0 62.0 39.9
Main System
0.0Return Air Heat Pickup
0.0Return Fan
56.8 27.6Return Air 78.0 62.0 39.9
78.0 56.8 27.6Return/Outdoor Air Mix 62.0 39.9
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 84.5 73.5 59.7 106.2 36.9
84.5 106.2 36.9Outdoor Air 73.5 59.7
54.8 54.1 21.5Leaving Coil 52.3 84.9
56.8 27.6Entering Coil 78.1 62.0 39.8
0.1Blow Through Fan
Coil Airflow cfm 926
Sensible Heat Ratio (SHR) 0.92
Percent Outside Air % 0.00
54.1 21.6Supply Air 55.0 52.4 84.4
Reheat Device
54.1 21.6Cold Deck Supply Air 55.0 52.4 84.4
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 3 of 25
008 - B703 Gym (testing room)
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
61.8 28.4Space 78.0 63.0 43.4
Main System
0.0Return Air Heat Pickup
0.0Return Fan
61.8 28.4Return Air 78.0 63.0 43.4
78.0 61.8 28.4Return/Outdoor Air Mix 63.0 43.4
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 86.2 74.5 58.1 109.2 37.8
86.2 109.2 37.8Outdoor Air 74.5 58.1
54.8 56.0 21.8Leaving Coil 52.8 87.9
61.8 28.4Entering Coil 78.1 63.1 43.2
0.1Blow Through Fan
Coil Airflow cfm 433
Sensible Heat Ratio (SHR) 0.85
Percent Outside Air % 0.00
56.0 21.9Supply Air 55.0 52.9 87.4
Reheat Device
56.0 21.9Cold Deck Supply Air 55.0 52.9 87.4
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 4 of 25
009 - B703 ATC Simulator Room
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
51.7 26.8Space 78.0 60.8 36.4
Main System
0.0Return Air Heat Pickup
0.0Return Fan
51.7 26.8Return Air 78.0 60.8 36.4
78.0 51.7 26.8Return/Outdoor Air Mix 60.8 36.4
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 86.2 74.5 58.1 109.2 37.8
86.2 109.2 37.8Outdoor Air 74.5 58.1
54.8 51.1 21.1Leaving Coil 51.5 80.3
51.7 26.8Entering Coil 78.1 60.8 36.3
0.1Blow Through Fan
Coil Airflow cfm 439
Sensible Heat Ratio (SHR) 0.97
Percent Outside Air % 0.00
51.1 21.1Supply Air 55.0 51.6 79.8
Reheat Device
51.1 21.1Cold Deck Supply Air 55.0 51.6 79.8
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 5 of 25
010 - B703 Squadron ATC Officer
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
50.8 26.7Space 78.0 60.6 35.7
Main System
0.0Return Air Heat Pickup
0.0Return Fan
50.8 26.7Return Air 78.0 60.6 35.7
78.0 50.8 26.7Return/Outdoor Air Mix 60.6 35.7
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 86.2 74.5 58.1 109.2 37.8
86.2 109.2 37.8Outdoor Air 74.5 58.1
54.8 50.4 21.0Leaving Coil 51.3 79.2
50.8 26.7Entering Coil 78.1 60.6 35.6
0.1Blow Through Fan
Coil Airflow cfm 598
Sensible Heat Ratio (SHR) 0.98
Percent Outside Air % 0.00
50.4 21.0Supply Air 55.0 51.4 78.7
Reheat Device
50.4 21.0Cold Deck Supply Air 55.0 51.4 78.7
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 6 of 25
011 - B704 Squad Unit Supply & Issue Rm
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
61.1 28.3Space 78.0 62.9 42.9
Main System
0.0Return Air Heat Pickup
0.0Return Fan
61.1 28.3Return Air 78.0 62.9 42.9
78.0 61.1 28.3Return/Outdoor Air Mix 62.9 42.9
Leaving OA preconditioning 57.0 55.7 92.3 63.7 23.6
Entering OA preconditioning 87.1 72.7 50.2 96.9 36.1
87.1 96.9 36.1Outdoor Air 72.7 50.2
54.8 55.8 21.8Leaving Coil 52.8 87.6
61.1 28.3Entering Coil 78.1 62.9 42.8
0.1Blow Through Fan
Coil Airflow cfm 1,558
Sensible Heat Ratio (SHR) 0.86
Percent Outside Air % 0.00
55.8 21.8Supply Air 55.0 52.8 87.0
Reheat Device
55.8 21.8Cold Deck Supply Air 55.0 52.8 87.0
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 7 of 25
013 - B704 Squad Supply Officer
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
54.6 27.3Space 78.0 61.5 38.4
Main System
0.0Return Air Heat Pickup
0.0Return Fan
54.6 27.3Return Air 78.0 61.5 38.4
78.0 54.6 27.3Return/Outdoor Air Mix 61.5 38.4
Leaving OA preconditioning 57.1 55.7 92.0 63.7 23.6
Entering OA preconditioning 76.8 69.1 68.3 94.2 33.2
76.8 94.2 33.2Outdoor Air 69.1 68.3
54.8 52.9 21.4Leaving Coil 52.0 83.1
54.6 27.3Entering Coil 78.1 61.5 38.3
0.1Blow Through Fan
Coil Airflow cfm 145
Sensible Heat Ratio (SHR) 0.94
Percent Outside Air % 0.00
52.9 21.4Supply Air 55.0 52.1 82.6
Reheat Device
52.9 21.4Cold Deck Supply Air 55.0 52.1 82.6
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 8 of 25
014 - B704 Squad Supply Admin Office
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
54.3 27.2Space 78.0 61.4 38.2
Main System
0.0Return Air Heat Pickup
0.0Return Fan
54.3 27.2Return Air 78.0 61.4 38.2
78.0 54.3 27.2Return/Outdoor Air Mix 61.4 38.2
Leaving OA preconditioning 57.1 55.7 92.0 63.7 23.6
Entering OA preconditioning 76.8 69.1 68.3 94.2 33.2
76.8 94.2 33.2Outdoor Air 69.1 68.3
54.8 52.8 21.3Leaving Coil 52.0 82.9
54.3 27.2Entering Coil 78.1 61.4 38.1
0.1Blow Through Fan
Coil Airflow cfm 156
Sensible Heat Ratio (SHR) 0.95
Percent Outside Air % 0.00
52.8 21.4Supply Air 55.0 52.0 82.4
Reheat Device
52.8 21.4Cold Deck Supply Air 55.0 52.0 82.4
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 9 of 25
015 - B704 Squad Maintenance Management
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
61.0 28.3Space 78.0 62.9 42.9
Main System
0.0Return Air Heat Pickup
0.0Return Fan
61.0 28.3Return Air 78.0 62.9 42.9
78.0 61.0 28.3Return/Outdoor Air Mix 62.9 42.9
Leaving OA preconditioning 57.0 55.7 92.3 63.7 23.6
Entering OA preconditioning 87.1 72.7 50.2 96.9 36.1
87.1 96.9 36.1Outdoor Air 72.7 50.2
54.8 55.8 21.8Leaving Coil 52.8 87.6
61.0 28.3Entering Coil 78.1 62.9 42.7
0.1Blow Through Fan
Coil Airflow cfm 933
Sensible Heat Ratio (SHR) 0.86
Percent Outside Air % 0.00
55.8 21.8Supply Air 55.0 52.8 87.0
Reheat Device
55.8 21.8Cold Deck Supply Air 55.0 52.8 87.0
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 10 of 25
016 - B704 Squad Maintenance Officer
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
52.9 27.0Space 78.0 61.1 37.2
Main System
0.0Return Air Heat Pickup
0.0Return Fan
52.9 27.0Return Air 78.0 61.1 37.2
78.0 52.9 27.0Return/Outdoor Air Mix 61.1 37.2
Leaving OA preconditioning 57.1 55.7 92.0 63.7 23.6
Entering OA preconditioning 76.8 69.1 68.3 94.2 33.2
76.8 94.2 33.2Outdoor Air 69.1 68.3
54.8 52.0 21.2Leaving Coil 51.8 81.7
52.9 27.0Entering Coil 78.1 61.1 37.1
0.1Blow Through Fan
Coil Airflow cfm 256
Sensible Heat Ratio (SHR) 0.96
Percent Outside Air % 0.00
52.0 21.3Supply Air 55.0 51.8 81.2
Reheat Device
52.0 21.3Cold Deck Supply Air 55.0 51.8 81.2
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 11 of 25
017 - B704 Training Room
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
48.4 26.3Space 78.0 60.1 34.1
Main System
0.0Return Air Heat Pickup
0.0Return Fan
48.4 26.3Return Air 78.0 60.1 34.1
78.0 48.4 26.3Return/Outdoor Air Mix 60.1 34.1
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 86.2 74.5 58.1 109.2 37.8
86.2 109.2 37.8Outdoor Air 74.5 58.1
54.8 48.4 20.7Leaving Coil 50.8 76.2
48.4 26.3Entering Coil 78.1 60.1 34.0
0.1Blow Through Fan
Coil Airflow cfm 1,396
Sensible Heat Ratio (SHR) 0.99
Percent Outside Air % 0.00
48.4 20.7Supply Air 55.0 50.9 75.7
Reheat Device
48.5 20.7Cold Deck Supply Air 55.0 50.9 75.8
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 12 of 25
018 - B705 NCMO / WLC / CP
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
55.7 27.4Space 78.0 61.7 39.1
Main System
0.0Return Air Heat Pickup
0.0Return Fan
55.7 27.4Return Air 78.0 61.7 39.1
78.0 55.7 27.4Return/Outdoor Air Mix 61.7 39.1
Leaving OA preconditioning 56.3 55.4 95.0 63.9 23.4
Entering OA preconditioning 82.1 71.9 61.5 100.8 35.5
82.1 100.8 35.5Outdoor Air 71.9 61.5
54.8 53.5 21.4Leaving Coil 52.1 84.0
55.7 27.5Entering Coil 78.1 61.7 39.0
0.1Blow Through Fan
Coil Airflow cfm 868
Sensible Heat Ratio (SHR) 0.93
Percent Outside Air % 0.00
53.5 21.5Supply Air 55.0 52.2 83.4
Reheat Device
53.5 21.5Cold Deck Supply Air 55.0 52.2 83.4
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 13 of 25
019 - B705 Comm Officer
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
57.0 27.6Space 78.0 62.0 40.0
Main System
0.0Return Air Heat Pickup
0.0Return Fan
57.0 27.6Return Air 78.0 62.0 40.0
78.0 57.0 27.6Return/Outdoor Air Mix 62.0 40.0
Leaving OA preconditioning 57.0 55.7 92.2 63.7 23.6
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
88.1 96.1 36.3Outdoor Air 72.8 48.3
54.8 54.2 21.6Leaving Coil 52.3 85.1
57.0 27.7Entering Coil 78.1 62.0 39.9
0.1Blow Through Fan
Coil Airflow cfm 74
Sensible Heat Ratio (SHR) 0.92
Percent Outside Air % 0.00
54.2 21.6Supply Air 55.0 52.4 84.5
Reheat Device
54.2 21.6Cold Deck Supply Air 55.0 52.4 84.5
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 14 of 25
020 - B705 Message Center
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
57.8 27.8Space 78.0 62.2 40.6
Main System
0.0Return Air Heat Pickup
0.0Return Fan
57.8 27.8Return Air 78.0 62.2 40.6
78.0 57.8 27.8Return/Outdoor Air Mix 62.2 40.6
Leaving OA preconditioning 57.0 55.7 92.2 63.7 23.6
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
88.1 96.1 36.3Outdoor Air 72.8 48.3
54.8 54.6 21.6Leaving Coil 52.4 85.8
57.8 27.8Entering Coil 78.1 62.2 40.5
0.1Blow Through Fan
Coil Airflow cfm 61
Sensible Heat Ratio (SHR) 0.91
Percent Outside Air % 0.00
54.6 21.7Supply Air 55.0 52.5 85.2
Reheat Device
54.6 21.7Cold Deck Supply Air 55.0 52.5 85.2
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 15 of 25
021 - B705 Radio Operations Classroom
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
72.2 30.0Space 78.0 65.2 50.6
Main System
0.0Return Air Heat Pickup
0.0Return Fan
72.2 30.0Return Air 78.0 65.2 50.6
78.0 72.2 30.0Return/Outdoor Air Mix 65.2 50.6
Leaving OA preconditioning 56.9 55.7 92.5 63.7 23.6
Entering OA preconditioning 85.6 72.6 53.8 98.9 36.1
85.6 98.9 36.1Outdoor Air 72.6 53.8
54.8 58.6 22.2Leaving Coil 53.5 92.0
72.2 30.0Entering Coil 78.1 65.3 50.4
0.1Blow Through Fan
Coil Airflow cfm 110
Sensible Heat Ratio (SHR) 0.72
Percent Outside Air % 0.00
58.6 22.3Supply Air 55.0 53.6 91.4
Reheat Device
58.6 22.3Cold Deck Supply Air 55.0 53.6 91.4
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 16 of 25
022 - B705 Maintenance
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
50.2 26.6Space 78.0 60.5 35.3
Main System
0.0Return Air Heat Pickup
0.0Return Fan
50.2 26.6Return Air 78.0 60.5 35.3
78.0 50.2 26.6Return/Outdoor Air Mix 60.5 35.3
Leaving OA preconditioning 57.1 55.7 92.0 63.7 23.6
Entering OA preconditioning 75.1 68.6 72.1 94.1 32.7
75.1 94.1 32.7Outdoor Air 68.6 72.1
54.8 49.9 20.9Leaving Coil 51.2 78.4
50.2 26.6Entering Coil 78.1 60.5 35.2
0.1Blow Through Fan
Coil Airflow cfm 190
Sensible Heat Ratio (SHR) 0.98
Percent Outside Air % 0.00
49.9 20.9Supply Air 55.0 51.3 77.9
Reheat Device
49.9 20.9Cold Deck Supply Air 55.0 51.3 77.9
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 17 of 25
023 - B705 Vestibule
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
38.5 24.7Space 78.0 57.7 27.1
Main System
0.0Return Air Heat Pickup
0.0Return Fan
38.5 24.7Return Air 78.0 57.7 27.1
78.0 38.5 24.7Return/Outdoor Air Mix 57.7 27.1
Leaving OA preconditioning 57.0 55.7 92.2 63.7 23.6
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
88.1 96.1 36.3Outdoor Air 72.8 48.3
54.8 38.5 19.1Leaving Coil 48.0 60.6
38.5 24.8Entering Coil 78.1 57.8 27.1
0.1Blow Through Fan
Coil Airflow cfm 39
Sensible Heat Ratio (SHR) 1.00
Percent Outside Air % 0.00
38.5 19.2Supply Air 55.0 48.1 60.2
Reheat Device
38.8 19.2Cold Deck Supply Air 55.0 48.2 60.8
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 18 of 25
024 - B705 Communications Center
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
59.5 28.0Space 78.0 62.5 41.8
Main System
0.0Return Air Heat Pickup
0.0Return Fan
59.5 28.0Return Air 78.0 62.5 41.8
78.0 59.5 28.0Return/Outdoor Air Mix 62.5 41.8
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 84.5 73.5 59.7 106.2 36.9
84.5 106.2 36.9Outdoor Air 73.5 59.7
54.8 55.2 21.7Leaving Coil 52.6 86.7
59.5 28.0Entering Coil 78.1 62.6 41.7
0.1Blow Through Fan
Coil Airflow cfm 538
Sensible Heat Ratio (SHR) 0.88
Percent Outside Air % 0.00
55.2 21.8Supply Air 55.0 52.7 86.2
Reheat Device
55.2 21.8Cold Deck Supply Air 55.0 52.7 86.2
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 19 of 25
025 - B705 Switchboard Room
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
58.1 27.8Space 78.0 62.2 40.8
Main System
0.0Return Air Heat Pickup
0.0Return Fan
58.1 27.8Return Air 78.0 62.2 40.8
78.0 58.1 27.8Return/Outdoor Air Mix 62.2 40.8
Leaving OA preconditioning 57.0 55.7 92.2 63.7 23.6
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
88.1 96.1 36.3Outdoor Air 72.8 48.3
54.8 54.7 21.6Leaving Coil 52.5 86.0
58.1 27.8Entering Coil 78.1 62.3 40.7
0.1Blow Through Fan
Coil Airflow cfm 72
Sensible Heat Ratio (SHR) 0.90
Percent Outside Air % 0.00
54.7 21.7Supply Air 55.0 52.6 85.4
Reheat Device
54.7 21.7Cold Deck Supply Air 55.0 52.6 85.4
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 20 of 25
026 - B705 Crypto Maintenance
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
38.4 24.7Space 78.0 57.7 27.1
Main System
0.0Return Air Heat Pickup
0.0Return Fan
38.4 24.7Return Air 78.0 57.7 27.1
78.0 38.4 24.7Return/Outdoor Air Mix 57.7 27.1
Leaving OA preconditioning 57.0 55.7 92.2 63.7 23.6
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
88.1 96.1 36.3Outdoor Air 72.8 48.3
54.8 38.4 19.1Leaving Coil 48.0 60.6
38.4 24.8Entering Coil 78.1 57.8 27.1
0.1Blow Through Fan
Coil Airflow cfm 153
Sensible Heat Ratio (SHR) 1.00
Percent Outside Air % 0.00
38.4 19.2Supply Air 55.0 48.1 60.2
Reheat Device
38.8 19.2Cold Deck Supply Air 55.0 48.2 60.8
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 21 of 25
027 - B705 Crypto Room
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
38.4 24.7Space 78.0 57.7 27.1
Main System
0.0Return Air Heat Pickup
0.0Return Fan
38.4 24.7Return Air 78.0 57.7 27.1
78.0 38.4 24.7Return/Outdoor Air Mix 57.7 27.1
Leaving OA preconditioning 57.0 55.7 92.2 63.7 23.6
Entering OA preconditioning 88.1 72.8 48.3 96.1 36.3
88.1 96.1 36.3Outdoor Air 72.8 48.3
54.8 38.4 19.1Leaving Coil 48.0 60.6
38.4 24.8Entering Coil 78.1 57.8 27.1
0.1Blow Through Fan
Coil Airflow cfm 203
Sensible Heat Ratio (SHR) 1.00
Percent Outside Air % 0.00
38.4 19.2Supply Air 55.0 48.1 60.2
Reheat Device
38.8 19.2Cold Deck Supply Air 55.0 48.2 60.8
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 22 of 25
028 - B705 AHTE
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
38.5 24.8Space 78.0 57.8 27.2
Main System
0.0Return Air Heat Pickup
0.0Return Fan
38.5 24.8Return Air 78.0 57.8 27.2
78.0 38.5 24.8Return/Outdoor Air Mix 57.8 27.2
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 86.2 74.5 58.1 109.2 37.8
86.2 109.2 37.8Outdoor Air 74.5 58.1
54.8 38.5 19.1Leaving Coil 48.0 60.7
38.5 24.8Entering Coil 78.1 57.8 27.1
0.1Blow Through Fan
Coil Airflow cfm 15
Sensible Heat Ratio (SHR) 1.00
Percent Outside Air % 0.00
38.5 19.2Supply Air 55.0 48.1 60.3
Reheat Device
38.9 19.2Cold Deck Supply Air 55.0 48.2 60.9
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 23 of 25
029 - B705 Radio Relay / Telephone Maint
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
64.4 28.8Space 78.0 63.6 45.2
Main System
0.0Return Air Heat Pickup
0.0Return Fan
64.4 28.8Return Air 78.0 63.6 45.2
78.0 64.4 28.8Return/Outdoor Air Mix 63.6 45.2
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 84.5 73.5 59.7 106.2 36.9
84.5 106.2 36.9Outdoor Air 73.5 59.7
54.8 56.8 22.0Leaving Coil 53.0 89.2
64.4 28.8Entering Coil 78.1 63.6 45.0
0.1Blow Through Fan
Coil Airflow cfm 994
Sensible Heat Ratio (SHR) 0.82
Percent Outside Air % 0.00
56.8 22.0Supply Air 55.0 53.1 88.6
Reheat Device
56.8 22.0Cold Deck Supply Air 55.0 53.1 88.6
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 24 of 25
030 - B705 Gnd Radio Radar Flight Fac
Humidity TemperatureDry Wet Relative Ratio DifferenceEnthalpyBulb Bulb Humidity gr/lb Btu/lb °F°F °F %
62.5 28.5Space 78.0 63.2 43.9
Main System
0.0Return Air Heat Pickup
0.0Return Fan
62.5 28.5Return Air 78.0 63.2 43.9
78.0 62.5 28.5Return/Outdoor Air Mix 63.2 43.9
Leaving OA preconditioning 56.1 55.4 95.8 63.9 23.4
Entering OA preconditioning 86.2 74.5 58.1 109.2 37.8
86.2 109.2 37.8Outdoor Air 74.5 58.1
54.8 56.3 21.9Leaving Coil 52.9 88.3
62.5 28.5Entering Coil 78.1 63.2 43.7
0.1Blow Through Fan
Coil Airflow cfm 1,338
Sensible Heat Ratio (SHR) 0.84
Percent Outside Air % 0.00
56.3 21.9Supply Air 55.0 53.0 87.8
Reheat Device
56.3 21.9Cold Deck Supply Air 55.0 53.0 87.8
0.0Supply Duct Heat Gain
0.2Fan Frictional Heat
0.0Draw Through Fan
0.0
Dataset Name: 88127 - B1345.TRC Alternative - 1 Room Psychrometric Report Page 25 of 25
ASHRAE Standard - 62-2007 with Appendix A Client 05/31/17
Project JHC
Proj. No. X
Checked By
Final
Assumptions:
Minimum Outside Air Requirements, Peak Design Conditions
Ez,cool: 1.0 Zone Air Distribution Effectiveness for cooling
Ez,heat: 1.0 Zone Air Distribution Effectiveness for heating
Zone Zone - sq. ft. Breathing Zone OA Voz Vdz Zd Voz VAV Zd or box Rp Ra RpPz RaAz Vbz Ez Min OA Design OA/SA Ez Min OA Min SA Min OA/SA Exhaust Bld. Pres Trace Delta
No. Tag cfm/pers cfm/sq-ft (cfm) (cfm) (cfm) Vent Eff. SA (cfm) % Vent Eff. (cfm) SA % % CFM CFM CFM CFM
1 DOAS-01 B703 - Weight Room Health club/weight rooms 20 0.06 2 633 40 37.98 78 1.0 78 825 9% 1.0 78 83 10% 95% 0 822 3
2 DOAS-01 B703 - Weight Room Health club/weight rooms 20 0.06 2 413 40 24.78 65 1.0 65 400 16% 1.0 65 40 10% 162% 0 396 4
3 DOAS-01 B703 - ATC Simulator Room Office space 5 0.06 1 327 5 19.62 25 1.0 25 395 6% 1.0 25 40 10% 62% 0 395 0
4 DOAS-01 B703 - Squadron ATC Officer Office space 5 0.06 1 320 5 19.20 24 1.0 24 565 4% 1.0 24 57 10% 43% 0 565 0
- DOAS-04 B701 - Squadron Administration / Personnel Conference/meeting 5 0.06 90 1,707 450 102.42 552 1.0 552 2,155 26% 1.0 552 216 10% 256% 0 2152 3
- DOAS-04 B701 - Conference Room Conference/meeting 5 0.06 5 269 25 16.14 41 1.0 41 480 9% 1.0 41 48 10% 86% 0 480 0
11 - B704 - Men NOT INCLUDED IN CALC - - 11 284 1.0 0 1.0 750 0 0
12 - B704 - Women NOT INCLUDED IN CALC - - 3 148 1.0 0 1.0 190 0 0
13 - B704 - Service Room NOT INCLUDED IN CALC - - 2 80 1.0 0 1.0 80 0 0
14 - B704 - Janitor's Closet NOT INCLUDED IN CALC - - 0 56 1.0 0 1.0 60 0 0
15 - B704 - Frame Room NOT INCLUDED IN CALC - - 0 60 1.0 0 1.0 0 0 0
18 DOAS-02 B704 - Squadron Supply Officer Office space 5 0.06 1 131 5 7.86 13 1.0 13 145 9% 1.0 13 15 10% 89% 0 145 0
19 DOAS-02 B704 - Squadron Supply Admin. Office Office space 5 0.06 1 139 5 8.34 13 1.0 13 160 8% 1.0 13 16 10% 83% 0 156 4
20 DOAS-02 B704 - Squadron Unit Supply & Issue Room Shipping/receiving 0 0.12 25 1,386 0 166.32 166 1.0 166 1,425 12% 1.0 166 143 10% 117% 0 1421 4
21 DOAS-02 B704 - Squadron Maintenance Management Shipping/receiving 0 0.12 15 1,073 0 128.76 129 1.0 129 860 15% 1.0 129 86 10% 150% 0 860 0
22 DOAS-02 B704 - Squadron Maintenance Officer Office space 5 0.06 1 221 5 13.26 18 1.0 18 260 7% 1.0 18 26 10% 70% 0 256 4
- DOAS-02 B704 - Training Room Computer (not printing) 5 0.06 0 1,600 0 96.00 96 1.0 96 1,300 7% 1.0 96 130 10% 74% 0 1296 4
23 DOAS-03 B705 - Ground Radio / Radar / Flight Facilities Maint. Office space 5 0.06 25 810 125 48.60 174 1.0 174 1,290 13% 1.0 174 129 10% 135% 0 1289 1
24 DOAS-03 B705 - Radio Relay / Telephone Maint. Office space 5 0.06 25 674 125 40.44 165 1.0 165 945 18% 1.0 165 95 10% 175% 0 945 0
25 - B705 - Mechanical Room NOT INCLUDED IN CALC - - 0 142 1.0 0 1.0 0 0 0
26 - B705 - Crypto Room Storage rooms 0 0.12 0 256 0 30.72 31 1.0 31 185 17% 1.0 31 19 10% 166% 0 184 1
27 - B705 - Crypto Maint. Electrical equipment rooms 0 0.06 0 175 0 10.50 11 1.0 11 145 7% 1.0 11 15 10% 72% 0 141 4
28 DOAS-03 B705 - Switchboard Room Office space 5 0.06 1 130 5 7.80 13 1.0 13 70 18% 1.0 13 7 10% 183% 0 66 4
29 DOAS-03 B705 - Vestibule Corridors 0 0.06 0 33 0 1.98 2 1.0 2 35 6% 1.0 2 4 10% 57% 0 35 0
30 DOAS-03 B705 - Message Center Office space 5 0.06 1 88 5 5.28 10 1.0 10 55 19% 1.0 10 6 10% 187% 0 55 0
31 DOAS-03 B705 - Comm. Officer Office space 5 0.06 1 135 5 8.10 13 1.0 13 70 19% 1.0 13 7 10% 187% 0 68 2
32 DOAS-03 B705 - Radio Operations Classroom Conference/meeting 5 0.06 7 227 35 13.62 49 1.0 49 105 46% 1.0 49 11 10% 463% 0 104 1
33 DOAS-03 B705 - Maintenance Storage rooms 0 0.12 0 198 0 23.76 24 1.0 24 190 13% 1.0 24 19 10% 125% 0 190 0
34 DOAS-03 B705 - Communications Center Dayroom 5 0.06 7 617 35 37.02 72 1.0 72 525 14% 1.0 72 53 10% 137% 0 525 0
36 - B705 - AHTE Corridors 0 0.06 0 29 0 1.74 2 1.0 2 15 12% 1.0 2 2 10% 116% 0 12 3
37 DOAS-03 B705 - NCMO / WLC / CP Office space 5 0.06 6 680 30 40.80 71 1.0 71 800 9% 1.0 71 80 10% 89% 0 800 0
5 - B702 - Janitor's Closet NOT INCLUDED IN CALC - - 0 20 1.0 0 1.0 20 0 0
6 - B702 - Battery Room NOT INCLUDED IN CALC - - 0 73 1.0 0 1.0 150 0 0
7 - B702 - Women NOT INCLUDED IN CALC - - 2 140 1.0 0 1.0 120 0 0
8 - B702 - Men NOT INCLUDED IN CALC - - 5 178 1.0 0 1.0 330 0 0
9 - B702 - Utility Room NOT INCLUDED IN CALC - - 0 225 1.0 0 1.0 0 0 0
11 FCU-018 B702 - Office Office space 5 0.06 1 144 5 8.64 14 1.0 14 205 7% 1.0 14 21 10% 67% 0 205 0
13 FCU-019 B702 - Vehicle Dispatch & Drivers Office space 5 0.06 1 193 5 11.58 17 1.0 17 215 8% 1.0 17 22 10% 77% 0 214 1
14 FCU-020 B702 - Office Office space 5 0.06 1 193 5 11.58 17 1.0 17 195 9% 1.0 17 20 10% 85% 0 194 1
20 FCU-021 B702 - Offices Office space 5 0.06 2 341 10 20.46 30 1.0 30 225 14% 1.0 30 23 10% 135% 0 224 1
LAST REF 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 45
Totals: 245 14,548 970 963 1,933 1933 14,240 46% 1933 1,424 463% 1700 0.0 14,192
Note: Trace CFM is BLOCK value.
Clg Htg
Maximum Zone Primary OA fraction: Max. Zp = Voz / SA 0.46 4.63 ---Cooling Based on Table 6-3 Outside air (OA) requirements are also a function of building
System Ventilation Efficiency: Ev = 0.687 -2.273 --- Heating Based on Appendix A (min Evz) exhaust and pressurization -
Occupant Diversity: D = Ps / ∑all zones Pz 1.00 1.00 ---System population/Sum of Space Population OA = Bldg Exhaust + Bldg Pressurization
Uncorrected OA Intake: Vou = D∑all zones RpPz + ∑all zones RaAz 1,933 1,933
Design OA Intake Flow: Vot = Vou / Ev 2,814 -851
This procedure is in accordance with ASHRAE Std 62-2007. Following are a list of terms used:
Hawaii Air National Guard Date
Upgrade Building Complex, Hilo Made By
88127 Preliminary
--- From Table 6.2 Cooling Heating cfm
Space Name
Ventilation information from table 6.1
Area Type Pz Az
"Minimum OA quantity", under design SA flow condition, is: 2,814 cfm Minimum OA quantity based on exhaust and pressurization, is: 1700
Ventilation.xlsm BLANK
Therefore, Outside Air Requirement is: CFM
And, the Design Air flow is: CFM
Percentage of Outside Air is:
[1]
Actual Outside Air : CFM
Eng Check: CFM/sq.ft
Eng Check: CFM/person
1. Actual outside air is calculated as a minimum of 10% of total design airflow. This shall help to maintain the pressurization requirement of the space.
2814.314432
0.193450263
11.48699768
20%
2,814
14,192
Ventilation.xlsm BLANK
Client Date 5/31/2017
Project Made By JHC
Checked By
Proj. No. Preliminary X
Final
ACH
METHOD
AREA
METHOD
PER
FIXTURE
BUILDING 704
11 Men 284 8 2,270 10/1 70/50 750 750 ASHRAE 62.1
12 Women 148 8 1,187 2/1 70/50 190 190 ASHRAE 62.1
13 Service Room 80 13 1,034 1.0 79.55 80 ASHRAE 62.1
14 Janitor's Closet 56 13 727 1.0 55.9 60 ASHRAE 62.1
BUILDING 702
5 Janitor's Closet 20 16 320 1.0 20 20 ASHRAE 62.1
6 Battery Room 73 16 1,168 2.0 146 150 DG 415-2
7 Women 140 8 1,120 1/1 70/50 120 120 ASHRAE 62.1
8 Men 178 8 1,424 4/1 70/50 330 330 ASHRAE 62.1
Notes:
NOTES
EXHAUST REQUIREMENTS
MINIMUM EXHAUST CFM
CALCULATED
EXHAUST CFM
DESIGN
EXHAUST CFM
FIXTURES
TOILETS/
SHOWERS
VOLUME
(ft
CEILING
HEIGHT (ft)AREA (ft
)DESCRIPTIONNO.
88127
Hawaii Air National Guard
Client Date
Project Made By
Checked By
Proj. No. Preliminary
Final
LOUVER
TAG
NO. WIDTH HEIGHT
CFM FPM % SQ-FT SQ-FT SQ-FT INCH INCH
L-02 EF-03 B702 - Janitor's Closer / Men's / Women's EXHAUST 520 500 45 1.04 2.31 2.67 32 12
L-04 Transfer B702 - Hallway Makeup Air INTAKE 420 500 45 0.84 1.87 2.17 26 12
L-05 EF-05 B702 - Utility Room EXHAUST 140 500 45 0.28 0.62 1.00 12 12
L-06 FCU-18 B702 - Office (011) INTAKE 50 500 45 0.1 0.22 1.00 12 12
L-07 FCU-19 B702 - Vehicle Dispatch & Drivers (013) INTAKE 50 500 45 0.1 0.22 1.00 12 12
L-08 FCU-20 B702 - Office (014) INTAKE 50 500 45 0.1 0.22 1.00 12 12
L-09 FCU-21 B702 - Offices (020) INTAKE 50 500 45 0.1 0.22 1.00 12 12
L-10 EF-06 B704 - Women's Bathroom EXHAUST 190 500 45 0.38 0.84 1.17 14 12
L-11 EF-07 B704 - Service Room EXHAUST 100 500 45 0.2 0.44 1.00 12 12
L-12 EF-08 B704 - Janitor's Room EXHAUST 130 500 45 0.26 0.58 1.00 12 12
L-13 EF-09 B704 - Frame Room EXHAUST 140 500 45 0.28 0.62 1.00 12 12
L-14 DOAS-3 B705 - Mechanical Room INTAKE 805 500 45 1.61 3.58 3.75 30 18
L-15 EF-12 B704 - Building Plenum Exhaust EXHAUST 215 500 45 0.43 0.96 1.33 16 12
L-16 EF-11 B701 - Building Plenum Exhaust EXHAUST 345 500 45 0.69 1.53 1.83 22 12
L-17 EF-14 B705 - Mechanical Room EXHAUST 50 500 45 0.1 0.22 1.00 12 12
NOTES:
1) 45% IS A CONSERVATIVE VALUE SELECTED TO ACCOUNT FOR THE VARIETY OF LOUVER BRANDS THAT COULD BE INSTALLED IN THE FIELD.
2) LOW VELOCITIES ARE USED FOR INTAKES AND EXHAUSTS ASSOCIATED WITH PANEL PROPELLOR FANS IN ORDER TO MAINTAIN LOW OVERAL STATIC PRESSURES FOR THESE FAN
3) DIMENSIONS MUST RANGE FROM 12 INCHES TO 120 INCHES
REQUIRED
FREE AREA
FREE AREA
(Note 1)
MINIMUM
SIZE
DESIGN LOUVER SELECTION
DIMENSIONS (Note 3)SELECTED
SIZE
ASSOCIATED
FAN
DESCRIPTION PURPOSE VELOCITY
(Note 2)
TOTAL
AIRFLOW
X
JHC
04/21/17
Louver Sizing
88127
Hilo HVAC
HIANG
Louver Sizing.xlsx
Selection Page 1 Building Complex Upgrade
Hilo
DOAS-01
FILE NAME: Static Calc
DATE: 05/25/17
CLIENT: Western States Lodging
PROJECT NO: 97758
PROJECT NAME: Marriott Residence Inn Kapolei
ENGINEER: JHC
PRELIMINARY: X FINAL: 0
Total CFM 390
Temperature of air (F): 89 ------- Refer to application requirement.
Density of air (lb/cu.ft): 0.07421 ------- Refer to Thermodynamic Property Table for Moist Air.
Roughness Factor: 0.0003 ------- ASHRAE Fundamental 1993, Pg 32.5 Table #1. **SMACNA Table 14-1
Reference - ASHRAE Handbook of Fundamentals - 2001, Chapter 32
SMACNA - HVAC Systems Duct Design 1990 - Third Edition
Duct Duct Airflow Velocity Velocity Duct Number Fitting Duct Total Additional
Section Element Round Pressure Length of Loss Pressure Pressure Loss
W H Hyd. Dia D Fittings Coefficients Loss / 100 ft Loss
CFM inch inch inch inch fpm in. W.C. ft Co in. W.C. in. W.C. in. W.C.
DOWNSTREAM OF FAN -
Duct 390 12 8 9.6 585 0.0213 15.0 0.0597 0.0090
Tee (Main - Main - air to branch) 390 12 8 9.6 585 0.0213 1 0.060 Upstream 0.0597 0.0013
Transition (Large - Small) 250 12 8 9.6 375 0.0088 1 0.060 Downstream 0.0269 0.0012
Duct 250 8 8 8.0 563 0.0197 40.0 0.0698 0.0279
Tee (Main - Main - air to branch) 250 8 8 8.0 563 0.0197 1 0.130 Upstream 0.0698 0.0026
Transition (Large - Small) 110 8 8 8.0 248 0.0038 1 0.060 Downstream 0.0161 0.0007
Duct 110 6 6 6.0 440 0.0121 15.0 0.0644 0.0097
Tee (Main - Main - air to branch) 110 6 6 6.0 440 0.0121 1 0.090 Upstream 0.0644 0.0011
Duct 60 6 6 6.0 240 0.0036 30.0 0.0219 0.0066
90° Elbow Bend 60 6 6 6.0 240 0.0036 1 1.200 Upstream 0.0219 0.0043
Transition (Rectangle - Round) 60 6 6 6.0 240 0.0036 1 0.180 Upstream 0.0219 0.0006
Duct 60 6.0 306 0.0058 5.0 0.0336 0.0017
Diffuser 60 6.0 306 0.0058 1 0.0336 0.016
Total Static Pressure (in. W.C.): 0.08 Factor of Safety (Note 1): 15.0%
******* Correction Factor for Altitude or Temperature:
External Static Pressure (in. W.C.): 0.10
******* Reference - SMACNA - HVAC Systems Duct Design 1990 - Third Edition Figure 6-5 Air Density Friction Chart Correction Factors on Pg 6.11
FAN STATIC
CALCULATION SUMMARY
Duct Size Upstream or
Downstream
Fitting Velocity
Pressure
Rectangular
Static Calc - B703.xlsx DOAS-01
DOAS-02
DATE: 05/25/17
CLIENT: Western States Lodging
PROJECT NO: 97758
PROJECT NAME: Marriott Residence Inn Kapolei
ENGINEER: JHC
PRELIMINARY: X FINAL: 0
Total CFM 500
Temperature of air (F): 89 ------- Refer to application requirement.
Density of air (lb/cu.ft): 0.07421 ------- Refer to Thermodynamic Property Table for Moist Air.
Roughness Factor: 0.0003 ------- ASHRAE Fundamental 1993, Pg 32.5 Table #1. **SMACNA Table 14-1
Reference - ASHRAE Handbook of Fundamentals - 2001, Chapter 32
SMACNA - HVAC Systems Duct Design 1990 - Third Edition
Duct Duct Airflow Velocity Velocity Duct Number Fitting Duct Total Additional
Section Element Round Pressure Length of Loss Pressure Pressure Loss
W H Hyd. Dia D Fittings Coefficients Loss / 100 ft Loss
CFM inch inch inch inch fpm in. W.C. ft Co in. W.C. in. W.C. in. W.C.
DOWNSTREAM OF FAN -
Duct 500 16 8 10.7 563 0.0197 15.0 0.0487 0.0073
90° Elbow Bend 500 16 8 10.7 563 0.0197 1 1.300 Upstream 0.0487 0.0256
Tee (Main - Main - air to branch) 500 16 8 10.7 563 0.0197 1 0.090 Upstream 0.0487 0.0018
Transition (Large - Small) 290 16 8 10.7 326 0.0066 1 0.060 Downstream 0.0184 0.0010
Duct 290 10 8 8.9 522 0.0170 10.0 0.0535 0.0054
90° Elbow Bend 290 10 8 8.9 522 0.0170 1 1.200 Upstream 0.0535 0.0204
Tee (Main - Main - air to branch) 290 10 8 8.9 522 0.0170 1 0.090 Upstream 0.0535 0.0015
Transition (Large - Small) 150 10 8 8.9 270 0.0045 1 0.060 Downstream 0.0165 0.0008
Duct 150 8 6 6.9 450 0.0126 30.0 0.0567 0.0170
Tee (Main - Branch) 150 8 6 6.9 450 0.0126 1 0.920 Upstream 0.0567 0.0116
Transition (Large - Small) 100 8 6 6.9 300 0.0056 1 0.060 Downstream 0.0275 0.0006
Duct 100 6 6 6.0 400 0.0100 10.0 0.0543 0.0054
Tee (Main - Main - air to branch) 100 6 6 6.0 400 0.0100 1 0.090 Upstream 0.0543 0.0009
Duct 50 6 6 6.0 200 0.0025 15.0 0.0158 0.0024
90° Elbow Bend 50 6 6 6.0 200 0.0025 1 1.200 Upstream 0.0158 0.0030
Transition (Rectangle - Round) 50 6 6 6.0 200 0.0025 1 0.180 Upstream 0.0158 0.0004
Duct 50 6.0 255 0.0040 5.0 0.0243 0.0012
Diffuser 50 6.0 255 0.0040 1 0.0243 0.016
Total Static Pressure (in. W.C.): 0.12 Factor of Safety (Note 1): 15.0%
******* Correction Factor for Altitude or Temperature:
External Static Pressure (in. W.C.): 0.15
******* Reference - SMACNA - HVAC Systems Duct Design 1990 - Third Edition Figure 6-5 Air Density Friction Chart Correction Factors on Pg 6.11
FAN STATIC
CALCULATION SUMMARY
Duct Size Upstream or
Downstream
Fitting Velocity
Pressure
Static Calc - B704.xlsx DOAS-02
DOAS-03
DATE: 05/25/17
CLIENT: Western States Lodging
PROJECT NO: 97758
PROJECT NAME: Marriott Residence Inn Kapolei
ENGINEER: JHC
PRELIMINARY: X FINAL: 0
Total CFM 805
Temperature of air (F): 89 ------- Refer to application requirement.
Density of air (lb/cu.ft): 0.07421 ------- Refer to Thermodynamic Property Table for Moist Air.
Roughness Factor: 0.0003 ------- ASHRAE Fundamental 1993, Pg 32.5 Table #1. **SMACNA Table 14-1
Reference - ASHRAE Handbook of Fundamentals - 2001, Chapter 32
SMACNA - HVAC Systems Duct Design 1990 - Third Edition
Duct Duct Airflow Velocity Velocity Duct Number Fitting Duct Total Additional
Section Element Round Pressure Length of Loss Pressure Pressure Loss
W H Hyd. Dia D Fittings Coefficients Loss / 100 ft Loss
CFM inch inch inch inch fpm in. W.C. ft Co in. W.C. in. W.C. in. W.C.
UPSTREAM OF DOAS -
Louver 805 30 18 22.5 215 0.0029 1 0.0034 0.0235
Insect Screen 805 30 18 22.5 215 0.0029 1 0.0034 0.0254
Damper 805 30 18 22.5 215 0.0029 1 0.0034 0.0952
Transition (Large - Small) 805 30 18 22.5 215 0.0029 1 0.070 Downstream 0.0034 0.0023
Duct 805 16 10 12.3 725 0.0327 15.0 0.0644 0.0097
Transition (Small - Large) 805 16 10 12.3 725 0.0327 1 0.290 Upstream 0.0644 0.0095
*** TO DOAS 805 16 16 16.0 453 0.0128 1 0.0199 N/A
DOWNSTREAM OF DOAS -
Transition (Large - Small) 805 16 16 16.0 453 0.0128 1 0.060 Downstream 0.0199 0.0020
Duct 805 16 10 12.3 725 0.0327 5.0 0.0644 0.0032
Tee (Main - Main - air to branch) 805 16 10 12.3 725 0.0327 1 0.090 Upstream 0.0644 0.0029
Transition (Large - Small) 460 16 10 12.3 414 0.0107 1 0.060 Downstream 0.0235 0.0016
Duct 460 10 10 10.0 662 0.0274 20.0 0.0710 0.0142
Tee (Main - Branch) 460 10 10 10.0 662 0.0274 1 0.660 Upstream 0.0710 0.0181
Duct 200 10 6 7.5 480 0.0144 15.0 0.0569 0.0085
Tee (Main - Branch) 200 10 6 7.5 480 0.0144 1 0.920 Upstream 0.0569 0.0132
Duct 130 6 6 6.0 520 0.0169 15.0 0.0869 0.0130
Tee (Main - Main - air to branch) 130 6 6 6.0 520 0.0169 1 0.090 Upstream 0.0869 0.0015
Duct 70 6 6 6.0 280 0.0049 15.0 0.0287 0.0043
90° Elbow Bend 70 6 6 6.0 280 0.0049 1 1.200 Upstream 0.0287 0.0059
Transition (Rectangle - Round) 70 6 6 6.0 280 0.0049 1 0.180 Upstream 0.0287 0.0009
Duct 70 6.0 357 0.0079 5.0 0.0442 0.0022
Diffuser 70 6.0 357 0.0079 1 0.0442 0.016
Total Static Pressure (in. W.C.): 0.27 Factor of Safety (Note 1): 15.0%
******* Correction Factor for Altitude or Temperature:
External Static Pressure (in. W.C.): 0.35
******* Reference - SMACNA - HVAC Systems Duct Design 1990 - Third Edition Figure 6-5 Air Density Friction Chart Correction Factors on Pg 6.11
FAN STATIC
CALCULATION SUMMARY
Duct Size Upstream or
Downstream
Fitting Velocity
Pressure
Static Calc - B705.xlsx DOAS-03
DOAS-04
DATE: 05/25/17
CLIENT: Western States Lodging
PROJECT NO: 97758
PROJECT NAME: Marriott Residence Inn Kapolei
ENGINEER: JHC
PRELIMINARY: X FINAL:
Total CFM 610
Temperature of air (F): 89 ------- Refer to application requirement.
Density of air (lb/cu.ft): 0.07421 ------- Refer to Thermodynamic Property Table for Moist Air.
Roughness Factor: 0.0003 ------- ASHRAE Fundamental 1993, Pg 32.5 Table #1. **SMACNA Table 14-1
Reference - ASHRAE Handbook of Fundamentals - 2001, Chapter 32
SMACNA - HVAC Systems Duct Design 1990 - Third Edition
Duct Duct Airflow Velocity Velocity Duct Number Fitting Duct Total Additional
Section Element Round Pressure Length of Loss Pressure Pressure Loss
W H Hyd. Dia D Fittings Coefficients Loss / 100 ft Loss
CFM inch inch inch inch fpm in. W.C. ft Co in. W.C. in. W.C. in. W.C.
DOWNSTREAM OF DOAS -
Duct 610 16 8 10.7 686 0.0294 45.0 0.0698 0.0314
Tee (Main - Main - air to branch) 610 16 8 10.7 686 0.0294 1 0.090 Upstream 0.0698 0.0026
Transition (Large - Small) 330 16 8 10.7 371 0.0086 1 0.060 Downstream 0.0231 0.0013
Duct 330 10 8 8.9 594 0.0220 25.0 0.0675 0.0169
Tee (Main - Main - air to branch) 330 10 8 8.9 594 0.0220 1 0.280 Upstream 0.0675 0.0062
Transition (Large - Small) 50 10 8 8.9 90 0.0005 1 0.070 Downstream 0.0024 0.0002
Duct 50 6 6 6.0 200 0.0025 15.0 0.0158 0.0024
Transition (Rectangle - Round) 50 6 6 6.0 200 0.0025 1 0.180 Upstream 0.0158 0.0004
Duct 50 6.0 255 0.0040 5.0 0.0243 0.0012
Diffuser 50 6.0 255 0.0040 1 0.0243 0.016
Total Static Pressure (in. W.C.): 0.08 Factor of Safety (Note 1): 15.0%
******* Correction Factor for Altitude or Temperature:
External Static Pressure (in. W.C.): 0.10
******* Reference - SMACNA - HVAC Systems Duct Design 1990 - Third Edition Figure 6-5 Air Density Friction Chart Correction Factors on Pg 6.11
FAN STATIC
CALCULATION SUMMARY
Duct Size Upstream or
Downstream
Fitting Velocity
Pressure
Static Calc - B701.xlsx DOAS-04
FCU-01
DATE: 05/25/17
CLIENT: Western States Lodging
PROJECT NO: 97758
PROJECT NAME: Marriott Residence Inn Kapolei
ENGINEER: JHC
PRELIMINARY: X FINAL: 0
Total CFM 615
Temperature of air (F): 89 ------- Refer to application requirement.
Density of air (lb/cu.ft): 0.07421 ------- Refer to Thermodynamic Property Table for Moist Air.
Roughness Factor: 0.0003 ------- ASHRAE Fundamental 1993, Pg 32.5 Table #1. **SMACNA Table 14-1
Reference - ASHRAE Handbook of Fundamentals - 2001, Chapter 32
SMACNA - HVAC Systems Duct Design 1990 - Third Edition
Duct Duct Airflow Velocity Velocity Duct Number Fitting Duct Total Additional
Section Element Round Pressure Length of Loss Pressure Pressure Loss
W H Hyd. Dia D Fittings Coefficients Loss / 100 ft Loss
CFM inch inch inch inch fpm in. W.C. ft Co in. W.C. in. W.C. in. W.C.
UPSTREAM OF FCU -
Diffuser 615 12 10 10.9 738 0.0340 1 0.0774 0.15
Duct 615 12 10 10.9 738 0.0340 15.0 0.0774 0.0116
90° Elbow Bend 615 12 10 10.9 738 0.0340 2 1.200 Upstream 0.0774 0.0815
Transition (Small - Large) 615 12 10 10.9 738 0.0340 1 0.680 Upstream 0.0774 0.0231
*** TO FCU 615 56 12 19.8 132 0.0011 1 0.0017 N/A
DOWNSTREAM OF FCU -
Transition (Large - Small) 615 56 12 19.8 132 0.0011 1 0.070 Downstream 0.0017 0.0024
Duct 615 12 10 10.9 738 0.0340 10.0 0.0774 0.0077
90° Elbow Bend 615 12 10 10.9 738 0.0340 1 1.200 Upstream 0.0774 0.0407
Transition (Rectangle - Round) 615 12 10 10.9 738 0.0340 1 0.220 Upstream 0.0774 0.0075
Duct 615 10.0 1128 0.0793 5.0 0.1869 0.0093
Diffuser 615 10.0 1128 0.0793 1 0.1869 0.149
Total Static Pressure (in. W.C.): 0.48 Factor of Safety (Note 1): 15.0%
******* Correction Factor for Altitude or Temperature:
External Static Pressure (in. W.C.): 0.60
******* Reference - SMACNA - HVAC Systems Duct Design 1990 - Third Edition Figure 6-5 Air Density Friction Chart Correction Factors on Pg 6.11
FAN STATIC
CALCULATION SUMMARY
Duct Size Upstream or
Downstream
Fitting Velocity
Pressure
Static Calc - B703.xlsx FCU-01
FCU-02
DATE: 05/25/17
CLIENT: Western States Lodging
PROJECT NO: 97758
PROJECT NAME: Marriott Residence Inn Kapolei
ENGINEER: JHC
PRELIMINARY: X FINAL: 0
Total CFM 615
Temperature of air (F): 89 ------- Refer to application requirement.
Density of air (lb/cu.ft): 0.07421 ------- Refer to Thermodynamic Property Table for Moist Air.
Roughness Factor: 0.0003 ------- ASHRAE Fundamental 1993, Pg 32.5 Table #1. **SMACNA Table 14-1
Reference - ASHRAE Handbook of Fundamentals - 2001, Chapter 32
SMACNA - HVAC Systems Duct Design 1990 - Third Edition
Duct Duct Airflow Velocity Velocity Duct Number Fitting Duct Total Additional
Section Element Round Pressure Length of Loss Pressure Pressure Loss
W H Hyd. Dia D Fittings Coefficients Loss / 100 ft Loss
CFM inch inch inch inch fpm in. W.C. ft Co in. W.C. in. W.C. in. W.C.
UPSTREAM OF FCU -
Diffuser 615 12 10 10.9 738 0.0340 1 0.0774 0.15
Duct 615 12 10 10.9 738 0.0340 15.0 0.0774 0.0116
90° Elbow Bend 615 12 10 10.9 738 0.0340 2 1.200 Upstream 0.0774 0.0815
Transition (Small - Large) 615 12 10 10.9 738 0.0340 1 0.680 Upstream 0.0774 0.0231
*** TO FCU 615 56 12 19.8 132 0.0011 1 0.0017 N/A
DOWNSTREAM OF FCU -
Transition (Large - Small) 615 56 12 19.8 132 0.0011 1 0.070 Downstream 0.0017 0.0024
Duct 615 12 10 10.9 738 0.0340 10.0 0.0774 0.0077
90° Elbow Bend 615 12 10 10.9 738 0.0340 1 1.200 Upstream 0.0774 0.0407
Transition (Rectangle - Round) 615 12 10 10.9 738 0.0340 1 0.220 Upstream 0.0774 0.0075
Duct 615 10.0 1128 0.0793 5.0 0.1869 0.0093
Diffuser 615 10.0 1128 0.0793 1 0.1869 0.149
Total Static Pressure (in. W.C.): 0.48 Factor of Safety (Note 1): 15.0%
******* Correction Factor for Altitude or Temperature:
External Static Pressure (in. W.C.): 0.60
******* Reference - SMACNA - HVAC Systems Duct Design 1990 - Third Edition Figure 6-5 Air Density Friction Chart Correction Factors on Pg 6.11
FAN STATIC
CALCULATION SUMMARY
Duct Size Upstream or
Downstream
Fitting Velocity
Pressure
Static Calc - B703.xlsx FCU-02
FCU-03
DATE: 05/25/17
CLIENT: Western States Lodging
PROJECT NO: 97758
PROJECT NAME: Marriott Residence Inn Kapolei
ENGINEER: JHC
PRELIMINARY: X FINAL: 0
Total CFM 970
Temperature of air (F): 89 ------- Refer to application requirement.
Density of air (lb/cu.ft): 0.07421 ------- Refer to Thermodynamic Property Table for Moist Air.
Roughness Factor: 0.0003 ------- ASHRAE Fundamental 1993, Pg 32.5 Table #1. **SMACNA Table 14-1
Refer…
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