J-1a HVAC and Plumbing Design Data.pdf

MECHANICAL (HVAC &

PLUMBING) DESIGN DATA

AIRPORT TRAFFIC CONTROL TOWER

HVAC REPLACEMENT

AND FIRE ALARM UPGRADE

FAA-RDU-1303936

April 2022

Raleigh-Durham International Airport

Raleigh, North Carolina

Prepared by:

WILEY WILSON

5901 Peachtree Dunwoody Rd.

Building “C” | Suite 515

Atlanta, GA 30328 tittiltlip AROLINNORTHROFES

SEAL

C

ONA

050727 o//4

GINEES

ES J

SMITK

THIS PAGE INTENTIONALLY LEFT BLANK

RDU ATCT HVAC REPLACEMENT AND FIRE ALARM UPGRADE 100% MECHANICAL DESIGN DATA

WILEY WILSON NO. 220079.00 APRIL 2022

1.0 GENERAL REQUIREMENTS

1.1 The following text is intended to establish a minimum standard for the design of the Replacement of the Heating, Ventilating and Air Conditioning (HVAC) Systems at the Raleigh-Durham International Airport Facility, for the Federal Aviation Administration located in Raleigh, North Carolina.

1.2 The following codes, standards and references will be utilized as minimum requirements:

a. The International Building Code, 2018.

b. The International Mechanical Code, 2018.

c. The International Energy Conservation Code, 2018.

d. The International Plumbing Code, 2018.

e. The National Electrical Code, 2014.

f. Terminal Facilities Standard Designs A/E Project Manual, dated June, 2016.

g. Terminal Facilities Standard Designs Specification, dated June 2016.

h. Local ordinances and regulations.

i. Current Standards as published by:

1. American Society of Heating, refrigerating and Air Conditioning Engineers

(ASHRAE),

2. Air Conditioning, Heating, and Refrigeration Institute (AHRI),

3. American Society of Mechanical Engineers (ASME),

4. American Society for Testing and Materials (ASTM),

5. American National Standards Institute (ANSI),

6. Associated Air Balance Council (AABC),

7. National Environmental Balancing Bureau (NEBB),

8. National Fire Protection Association (NFPA),

9. Sheet Metal and Air Conditioning Contractors National Association

(SMACNA)

10. Plumbing Drainage Institute (PDI),

11. American Society of Sanitary Engineering (ASSE),

12. American Society of Plumbing Engineers (ASPE).

1.3 All equipment will be listed or labeled by Underwriters Laboratories (UL). Materials used in the design will meet the 25/50 smoke and flame spread ratings required by the International Building Code.

2.0 HEATING, VENTILATING AND AIR CONDITIONING SYSTEM REQUIREMENTS

For calculation of heating and cooling requirements, the following design temperatures as shown in ASHRAE Fundamentals Handbook, 2017 is used:

Outdoor Design Criteria

Winter: 20 degrees FDB (99.6% column) Summer: 93.9 degrees FDB, 76.1 degrees FWB (0.4% column MWB)

2.1 All spaces within the facility will be heated and cooled and/or ventilated to maintain the indoor design conditions listed below:

Radar, TRACON & NAV/COM (Base Building):

Summer: 73 degrees FDB, 50% to 55% RH (adjustable) Winter: 73 degrees FDB, 50% to 55% RH (adjustable)

Offices & Remaining areas (Base Building):

Summer: 75 degrees FDB, 30% to 70% RH (adjustable) Winter: 75 degrees FDB, 30% to 70% RH (adjustable)

Mechanical and Electrical equipment rooms (Base Building)

Summer: 75 degrees FDB, 30% to 70% RH (adjustable) Winter: 75 degrees FDB, 30% to 70% RH (adjustable)

UPS and Battery room (Base Building):

Summer: 73 degrees FDB, 50% to 55% RH (adjustable) Winter: 73 degrees FDB, 50% to 55% RH (adjustable)

E/G room and Fire pump room (Base Building):

Summer: Ventilated only, maintain at 80 degrees F Winter: 55 degrees F for freeze protection

2.2 Estimated heat load data from miscellaneous major electronic equipment, used for calculations in the areas listed below.

Base Building:

NAV/COM 65 BTUH/SF

TRACON 35 BTUH/SF

Telco 35 BTUH/SF

UPS (100 KVA) 33,800 BTU/HR

ETG Lab 8,930 BTU/HR Electrical switch gear room 3.5 WATT/SF Electrical main service room 5 WATT/SF

2.3 The design will adhere to ANSI/ASHRAE Standard 62.1-2016, “Ventilation for Acceptable Indoor Air Quality” for calculation of the outdoor air requirements.

2.4 System Descriptions

Base Building

a. The Base Building design will incorporate multiple types of air handling equipment to serve the various functional areas.

b. The Equipment Rooms, TRACON, Electrical Equipment and UPS Rooms will be provided primary heating and cooling, humidification, and outdoor air ventilation as required by a combination of units dedicated to these spaces.

1. Primary conditioning, ventilation and humidification will be provided by a single-zone split system air conditioning unit located in the mechanical room, which will provide approximately 2600 CFM. The system will be equipped with a DX cooling coil with refrigerant served by a roof-mounted 7.5 ton condensing unit.A duct-mounted electric heating coil of approx. 16 kW and a humidification steam dispersion grid will be located in the supply duct downstream of the air handling unit. Humidification will be provided based on a humidity sensor located in the TRACON area. Air reheat mode will be available if needed for dehumidification.

2. Secondary cooling will be provided by two rooftop air conditioning units of approximately 11,000 CFM and 25 tons capacity each. The two units will be managed by a DDC control system which will designate an active and standby status for the two units on a rotating basis. The DDC system shall start and stop the active unit based on temperature sensors located in the TRACON and Equipment rooms as the capacity of the primary unit is exceeded. The rooftop units will be sized sufficiently to provide 100% of the space cooling load should a failure of the primary system occur. Additionally, they shall have the capability to cool the equipment rooms when the primary unit serving the TRACON is calling for heating.

c. The Breakroom and Breakroom Addition will be served by a constant air volume (CAV) DX cooling Rooftop air conditioning unit of approximately 3 tons capacity, dedicated to these spaces. A duct-mounted electric heating coil of approximately 6 kW capacity will be located in the supply duct downstream of the rooftop unit. The unit will provide heating or cooling based on a temperature sensor located in

d. The AF and AT administrative areas located in the building addition will be served by a variable air volume (VAV) DX cooling Rooftop air conditioning unit of approximately 7.5 tons capacity. The unit will incorporate an electric resistance heater of approximately 15 kW capacity to allow pre-heating of outdoor air and will provide sufficient capacity to allow upward reset of the supply air temperature in winter. Series fan-powered terminal units will serve the 6 existing zones. Each terminal unit will incorporate an electric heating coil sized to provide primary heating to each zone. Each terminal unit will be directed based on a temperature sensor located within the zone and will provide cooling to the spaces based on load requirements by modulating the amount of conditioned air delivered to the space.

e. The remainder of the conditioned spaces in the building will be served by one variable air volume (VAV) central station air handling unit of approximately 6,200 CFM and 20 ton capacity, serving multiple VAV terminal units. The unit will incorporate a DX cooling coil served by two roof-mounted condensing units of approximately 12.5 tons each, and a direct-drive plenum fan controlled by a variable frequency drive. An electric heating coil of 45 kW capacity will be located in the supply duct downstream of the unit. The heating coil will be modulated to maintain minimum supply air temperature in winter, and will be available for reheat operation if additional dehumidification is required. The air handling unit, heater, and associated terminals will be DDC controlled.

f. Each zone on the VAV air hander, excluding two service spaces described below, will be provided with a series fan-powered terminal unit, controlled from temperature sensors located in each zone. Each terminal unit will incorporate an electric heating coil sized to provide primary heating in each zone. The terminal units will provide with recirculated air, providing more stable temperatures and better occupant comfort. Heating will be engaged as required to maintain space temperatures.

g. In addition to the zones described in paragraph F, two additional zones on the VAV air handler will be provided with single-duct VAV terminals units, each provided with an electric heating coil sized to provide primary heating in the zone. The terminal units will provide cooling to the zone based on load requirements by modulating the amount of conditioned air delivered to the zone, down to the minimum flow necessary to ensure adequate ventilation of the space. Heating will be engaged as required to maintain space temperatures.

2.5 Design Equipment Selections

a. Included herein, are:

1. HVAC Load Calculations for new systems;

2. Equipment selections and manufacturer cut sheets for the systems designed.

END OF SECTION

R a le ig h

N o rt h C a ro li n a F A

A

C o m m e n ts

C o m p a n y

P ro g ra m u s e r

B u ild in g o w n e r

L o c a ti o n

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h

N o rt h C a ro li n a L o c a ti o n

L a ti tu d e

L o n g itu d e

.0 d e g

.0 d e g

.4 ft in H g

T im e Z o n e

E le v a ti o n

B a ro m e tr ic p re s s u re

A ir d e n s it y

A ir s p e c if ic h e a t

D e n s it y-s p e c if ic h e a t p ro d u c t

L a te n t h e a t fa c to r E n th a lp y f a c to r lb /c u f t .0

.2

.0

,8

.6

.4

B tu

/l b

F

B tu

/h ·c fm

F B tu ·m in /h

·c u f t lb ·m in /h r· c u f t

S u m m e r d e s ig n d ry b u lb

S u m m e r d e s ig n w e t b u lb

W in te r d e s ig n d ry b u lb

S u m m e r c le a rn e s s n u m b e r

W in te r c le a rn e s s n u m b e r

S u m m e r g ro u n d r e fl e c ta n c e

W in te r g ro u n d r e fl e c ta n c e

.9

.4

.0

°F °F °F .9

.9

.2

.2

T E

T D

-T A

U

A T

D

D e s ig n s im u la ti o n p e ri o d

C o o lin g l o a d m e th o d o lo g y

H e a ti n g l o a d m e th o d o lo g y

J a n u a ry

D e c e m b e r

B y

W

IL

E Y

W

IL

S O

N

X

\2

F A

A R

D U

H

V A

C

F ir e A la rm

\C a lc s \M e c h

\T R

A C

E \F

A A

R D

U H

V A

C .T

R C

D a ta s e t n a m e

:4

A

M o n

/2

/2

C a lc u la ti o n t im e

T R

A C

E v e rs io n

C a rb o n D io x id e L e v e l p p m

.3

.5

M O

N T

H L

Y E

N E

R G

Y C

O N

S U

M P

T

IO

N

B y W

IL

E

Y W

IL

S

O N

J a n

F e b

M a r

A p r

M a y

J u n e

J u ly

A u g

S e p t

O c t

N o v

D e c

T o ta l U ti lit y o n th ly E n e rg y C o n s u m p ti n

A lt e rn a ti v e

R

D U

N e w

Z o n in g C o n fi g u ra ti o n

E le c tr ic

,4

,6

,9

,5

,6

,6

,1

,9

,0

,2

,9

,0

,2

,2

O n -P k C o s.

(k

W h

O n -P k D e m a d

(k

W a te r

C o s.

(1 g a l)

B u ild in g

S o u rc e

F lo o r A re

,6

,0 f t2

B tu ft

-y e a r)

,8

C O

S

O

N O

X

E n e rg y C o n s u m p ti o n

E n v ir o n m e n ta l Im p a c t A n a ly s is

,7

,3 lb m /y e a r

,7 g m /y e a r

,5 g m /y e a r

B tu ft

-y e a r)

P ro je ct

N a m e:

T

R A

C E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t

N a m e

F A

A R

D U

H V

A C

.T R

C A lt e rn a ti ve n th ly E n e rg y C o n su m p ti o n r e p o rt

P a g e o f

E Q

U

IP

M E

N T

E N

E R

G Y

C O

N S

U M

P T

IO

N

B y W

IL

E

Y W

IL

S

O N

A lt e rn a ti v e

R D

U

N e w

Z o n in g C o n fi g u ra ti o n

J a n

F e b

M a r

A p r

M a y

J u n e

J u ly

A u g

S e p t

O c t

N o v

D e c

T o ta l E q u ip m e n t

U ti lit y n th ly C o n s u m p ti

L ig h ts

,2

.2

,8

.6

,6

.8

,8

.0

,6

.0

,8

.8

,8

.6

,6

.8

,8

.0

,6

.4

,0

.6

,8

.4

,8

.8

E le ct ri c

(k W h

.4

.4

.4

.4

.4

.4

.4

.4

.4

.4

.4

.4

.4

P e a k

(k W

M is c L d

,8

.3

,7

.8

,1

.6

,7

.8

,1

.7

,7

.8

,7

.8

,1

.6

,7

.8

,1

.7

,5

.5

,7

.8

,7

.8

E le ct ri c

(k W h

.6

.6

.6

.6

.6

.6

.6

.6

.6

.6

.6

.6

.6

P e a k

(k W

IT

E q u ip m e n t E n e rg y

[P

U E

.3 W

U E

.4 L

/k W h

,5

.9

,6

.3

,9

.4

,6

.2

,9

.5

,6

.1

,6

.3

,9

.4

,6

.1

,9

.4

,4

.1

,6

.2

,6

.2

E le c tr ic k W h

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

P e a k

(k W

C o o lin g C o il

C o n d e n s a te

.6

.8

.1

.1

.8

.9

.7

.2

.0

.8

.6

.7

.8

R e c o ve ra b le

W a te r (1 g a l)

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

P e a k

(1 g a l/H r)

H u m id ifi c a ti o n M a ke u p W a te r .7

.6

.6

.6

.5

.5

.5

.5

.6

.6

.8

.7

.6

M a ke

U p W a te r (1 g a l)

C p l 1 C o o lin g p la n t

S u m o f d s n c o il ca p a c it ie s

.7 t o n s

A ir -c o o le d u n it a ry

C lg N o m in a l C a p a c ity

/F .L

.R a te

.7 t o n s

.1 k

W

*O ri g

F .L

.R a te

.1 k

(C o lin g E q u ip m e n t)

,1

.9

,0

.8

,4

.9

,5

.7

,6

.9

,5

.4

,7

.8

,0

.3

,4

.5

,7

.4

,7

.2

,0

.4

,3

.3

E le c tr ic k W h

.5

.4

.2

.5

.1

.0

.6

.2

.1

.4

.6

.5

.6

P e a k

(k W

C o n d e n s e r fa n f o r

H e a t P u m p D e s ig n H e a t R e je ct io n /F

.L .R a te

.1 t o n s

.6 k W

,5

.4

,2

.6

,5

.9

,3

.0

,6

.3

,9

.3

,8

.7

,3

.8

,4

.6

,2

.2

,0

.5

,8

.5

,9

.3

E le c tr ic k W h

.5

.8

.1

.8

.8

.9

.2

.9

.3

.5

.2

.4

.2

P e a k

(k W

C n tl p a n e l & i n te rl o c k s

.1 K

W

F.

L .R a te

.1 k

(M is c

A c c e s so ry E q u ip m e n

t) .2

.4

.0

.4

.0

.4

.4

.0

.4

.0

.0

.4

.4

E le c tr ic k W h

.1

.1

.1

.1

.1

.1

.1

.1

.1

.1

.1

.1

.1

P e a k

(k W

H p l 1 E le c tr ic M a in

H e a ti n g C o ils

S u m o f d s n c o il ca p a c it ie s=

.4 m b h

E le ct ri c R e s is ta n ce

M a in H e a t

[N o m in a l C a p a c ity

/F .L

.R a te

.4 m b h

.9 k

(H e a tin g E q u ip m e n t)

.0

.8

.0

.0

.0

.0

.0

.0

.3

.7

,4

.7

,0

.0

.0

E le ct ri c k W h

.0

.0

.9

.1

.0

.0

.0

.0

.0

.2

.7

.2

.0

P e a k

(k W

H p l 2 H u m id if ie r

E le ct ri c S te a m

G e n S u m o f d sn c o il c a p a ci ti e s

.6 m b h

P ro je ct

N a m e

T R

A C

E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t

N a m e

F A

A R

D U

H V

A C

.T R

C A lte rn a ti ve q u ip m e n t E n e rg y C o n s u m p ti o n r e p o rt p a g e o

U

IP

M E

N T

E N

E R

G Y

C O

N S

U M

P T

IO

N

B y W

IL

E

Y W

IL

S

O N

A lt e rn a ti v e

R D

U

N e w

Z o n in g C o n fi g u ra ti o n

J a n

F e b

M a r

A p r

M a y

J u n e

J u ly

A u g

S e p t

O c t

N o v

D e c

T o ta l E q u ip m e n t

U ti lit y n th ly C o n s u m p ti

H p l H u m id if ie r

E le c tr ic S te a m

G e n S u m o f d s n c o il c a p a c it ie s

.6 m b h

E le c tr ic R e s is ta n c e

N o m in a l C a p a c it y /F

.L .R a te

.6 m b h

.1 k a ti n g E q u ip m e n t)

,5

.6

,7

.7

,5

.5

,5

.7

,3

.6

,3

.7

,3

.3

,4

.7

,6

.1

,5

.5

,4

.9

,7

.3

,6

.2

E le ct ri c

(k W h

.8

.9

.8

.8

.8

.5

.3

.3

.7

.9

.8

.9

.9

P e a k

(k W

H p l E le c tr ic C o ils

P re h e a t [S u m o f d s n c o il c a p a c it ie s

.2 m b h

E le c tr ic R e s is ta n c e

N o m in a l C a p a c it y /F

.L .R a te

.2 m b h

.8 k a ti n g E q u ip m e n t)

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

E le ct ri c

(k W h

.9

.4

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.4

P e a k

(k W

H p l E le c tr ic C o ils

R e h e a t [S u m o f d s n c o il c a p a c it ie s m b h

S y s

B

-A H

U -1

F C

C e n tr if u g a l v a r fr e q d rv D s n A ir fl o w

/F .L

.R a te

,1 c fm

.3 k in

C lg

F a n

,5

.9

,8

.9

,9

.5

,2

.8

,5

.9

,5

.0

,5

.0

,2

.6

,8

.0

,7

.4

,3

.3

,6

.5

,6

.9

E le c tr ic k W h

.2

.5

.3

.0

.1

.7

.6

.5

.1

.0

.4

.6

.7

P e a k

(k W

S e ri e s F a n P o w e re d V

A V

H ig h E ff ic ie n c y

[D sn

A ir flo w

/F .L

.R a te

,9 c fm

.4 k in

H tg

F a n

.4

.3

.2

.0

.6

.8

.1

.0

.3

.2

,3

.0

.8

.4

E le c tr ic k W h

.4

.3

.4

.4

.4

.4

.4

.4

.4

.4

.4

.4

.4

P e a k

(k W

S ys

B -R

T U

-3

F C

C e n tr if u g a l c o n st v o l [

D sn

A ir flo w

/F .L

.R a te

,4 c fm

.1 k in

C lg

F a n

,0

.2

,5

.7

,4

.5

,6

.1

,4

.0

,6

.5

,6

.3

,4

.0

,5

.9

,4

.3

,9

.1

,5

.2

,5

.5

E le c tr ic k W h

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

P e a k

(k W

S ys

B -R

T U

-1

F C

C e n tr if u g a l v a r fr e q d rv D s n A ir fl o w

/F .L

.R a te

,2 c fm

.7 k in

C lg

F a n

.0

.4

.7

.1

.8

.1

.0

.9

.2

.9

,7

.8

.7

.9

E le c tr ic k W h

.4

.8

.1

.2

.3

.4

.4

.4

.5

.2

.1

.9

.5

P e a k

(k W

S e ri e s F a n P o w e re d V

A V

H ig h E ff ic ie n c y

[D s n A ir flo w /F

.L .R a te

,4 c fm

.2 k in

H tg

F a n

.9

.9

.5

.9

.5

.9

.9

.5

.1

.8

,9

.4

.4

.0

E le c tr ic k W h

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

.2

P e a k

(k W

S ys

B

-R T

U -2

P ro je ct

N a m e

T R

A C

E v

.3

.5 c a lc u la te d a t

:4

A

M o n

/2

/2

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

F A

A R

D U

H V

A C

.T R

C A lte rn a ti ve u ip m e n t E n e rg y C o n s u m p ti o n r e p o rt p a g e o

U

IP

M E

N T

E N

E R

G Y

C O

N S

U M

P T

IO

N

B y W

IL

E

Y W

IL

S

O N

A lt e rn a ti v e

R D

U

N e w

Z o n in g C o n fi g u ra ti o n

J a n

F e b

M a r

A p r

M a y

J u n e

J u ly

A u g

S e p t

O c t

N o v

D e c

T o ta l E q u ip m e n t

U ti lit y n th ly C o n s u m p ti

S y s

B

-R T

U -2

A F

C e n tr if u g a l v a r fr e q d rv D s n A ir fl o w

/F .L

.R a te

.6 c fm

.4 k in

C lg

F a n

.9

.5

.9

.6

.4

.4

.6

.9

.8

.5

,7

.5

.4

.6

E le ct ri c

(k W h

.3

.3

.3

.4

.4

.4

.4

.4

.4

.3

.3

.3

.4

P e a k

(k W

S y s x U n c o o le d S p a c e s

S y s

B

-A H

U -2

F C

C e n tr if u g a l c o n s t v o l [D s n A ir fl o w

/F .L

.R a te

,4 c fm

.7 k in

C lg

F a n

.6

.8

.6

.1

.9

.8

.7

.9

.9

.1

,0

.3

.8

.1

E le ct ri c

(k W h

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

.8

P e a k

(k W

P ro je ct

N a m e:

T

R A

C E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t

N a m e:

F A

A R

D U

H V

A C

.T R

C A lt e rn a ti ve u ip m e n t

E n e rg y C o n su m p ti o n r e p o rt p a g e o s ig n C o o li n g L o a d

S u m m a ry

B y W

IL

E

Y W

IL

S

O N

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h N o rt h C a ro lin a

S o la r G a in

G la ss T ra n sm is si o n

W a ll

T ra n sm is si o n

R o o f T ra n sm is si o n

F lo o r

T ra n sm is si o n

P a rt it io n T ra n sm is si o n

N e t

C e ili n g L o a d

L ig h ti n g

P e o p le

M is c.

E q u ip m e n t

L o a d s

C o o lin g I n fi lt ra ti o n

S u b -T o ta l

V e n ti la ti o n L o a d

S u p p ly

F a n L o a d

R e tu rn F a n L o

N t

D u ct

H e a t

P ic ku p

W a ll

L o a d t o P le n u m

R o o f

L o a d t o P le n u m

L ig h ti n g L o a d t o P le n u m

M is c.

E q u ip

L o a d t o P le n u m

G la ss T ra n sm is si o n t o P le n u m

G la ss S o la r to

P le n u m

O ve r/ U n d e r

S iz in g

T o ta l C o o li n g L o a d s

,9

,5

,4

4 0 0 0 0

,8

,5

,8

,6

,9

,2

,6

,6

,1

0 0 0

,1

,4

,2

3 0

80 0

R e h e a t a t

D e si g n

,9

,5

,4

4 0 0 0 0

,8

,1

0 0

,1

,4

,2

3 0 0

,3

,4

,6

,2

7 0 0

,9

,1

,1

,3

,8

,1

.9

.1

.6

.0

.0

.0

.0

.6

.4

.5

.0

.1

.1

.7

.0

.0

.5

.2

.4

.0

.0

.0

.1

.0

.0

L o a d

C o m p o n e n t S e n s ib le L a te n t

T o ta l

B tu

/h B tu /h

B tu

/h P e rc e n t o f T o ta l

C o il S e le c ti o n

P a ra m e te rs

C o il

E n te ri n g A ir

(D B

W

B

C o il

E n te ri n g

H u m id ity

R a tio

C o il

L e a vi n g

W

B

C o il

L e a v in g H u m id ity

R a ti o

C o il

S e n si b le

L o a d

C o il

To ta l L o a d C o o lin g S u p p ly

A ir T e m p e ra tu re

To ta l C o o lin g A ir flo w R e su lt in g R o o m

R e la tiv e H u m id ity

G e n e ra l E n g in e e ri n g

C h e c k s

To ta l C o o lin g L o a d

A re a

L o a d

To ta l F lo o r A re a

C o o lin g A ir fl o w

A ir fl o w

L o a d

P e rc e n t O u td o o r A ir C o o lin g L o a d M e th o d o lo g y

.9

.0

.9

.4

.5

.6

.2

.3

.0

,6

.3

.7

.2

.5

,9

.7

.1

.7

T E

T D

-T A cf m

/f t² to n ft ²/ to n ft ² cf m

/t o

°F g r/ lb °F g r/ lb M

B h

M B h cf m

°F %

C O

O L

IN

G

C

IL

S

L

E C

T

IO

N C

O O

L

IN

G

C

L

A

D

IN

F O

R M

A T

IO

T y p e

S e ri e s F a n

-P o w e re d V

A V

S y s te m

B -A

H U

-1

C o il L o c a ti o n

S y s te m

A m b ie n t D

B /W

B /H

R

C o il

P e a k

C a lc u la tio n T im e J u ly h o u r

-4 ,5

,9

-2 ,5

-1

.1 E x h a u st

H e a t

A d j F lo o r

T ra n s m is s io n

.0

A d j F lo o r to P le n u m

U n d e rf lo o r

S u p H e a t P ic ku p S u p p ly

A ir L e a ka g e

.0

.0

.0

.0

T R

A C

E v

.3

.5 c a lc u la te d a t

:4 A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a ti ve s ig n C o o lin g L o a d R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s ig n C o o li n g L o a d

S u m m a ry

B y W

IL

E

Y W

IL

S

O N

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h N o rt h C a ro lin a

S o la r G a in

G la ss T ra n sm is si o n

W a ll

T ra n sm is si o n

R o o f T ra n sm is si o n

F lo o r

T ra n sm is si o n

P a rt it io n T ra n sm is si o n

N e t

C e ili n g L o a d

L ig h ti n g

P e o p le

M is c.

E q u ip m e n t

L o a d s

C o o lin g I n fi lt ra ti o n

S u b -T o ta l

V e n ti la ti o n L o a d

S u p p ly

F a n L o a d

R e tu rn F a n L o t

D u ct

H e a t

P ic ku p

W a ll

L o a d t o P le n u m

R o o f

L o a d t o P le n u m

L ig h ti n g L o a d t o P le n u m

M is c.

E q u ip

L o a d t o P le n u m

G la ss T ra n sm is si o n t o P le n u m

G la ss S o la r to

P le n u m

O ve r/ U n d e r

S iz in g

T o ta l C o o li n g L o a d s

0 0 7 0 0 0 0

,4

,5

,8

,9

,0

,7

,8

,9

5 0 0

,5

1 0

0 00 0

R e h e a t a t

D e si g n

0 0 7 0 0 0 0

,4

,9

5 0

,5

1 0 0 0

,6

,3

,9

,7

7 0 0

,9

,8

,8

,8

,0

,8

.0

.0

.5

.0

.0

.0

.0

.8

.9

.8

.1

.2

.6

.7

.0

.0

.4

.4

.4

.0

.0

.0

.0

.0

.0

L o a d

C o m p o n e n t S e n s ib le L a te n t

T o ta l

B tu

/h B tu /h

B tu

/h P e rc e n t o f T o ta l

C o il S e le c ti o n

P a ra m e te rs

C o il

E n te ri n g

W

B

C o il

E n te ri n g

H u m id ity

R a tio

C o il

L e a vi n g

W

B

C o il

L e a v in g H u m id ity

R a ti o

C o il

S e n si b le

L o a d

C o il

To ta l L o a d C o o lin g S u p p ly

A ir T e m p e ra tu re

To ta l C o o lin g A ir flo w R e su lt in g R o o m

R e la tiv e H u m id ity

G e n e ra l E n g in e e ri n g

C h e c l C o o lin g L o a d

A re a

L o a d

To ta l F lo o r A re a

C o o lin g A ir fl o w

A ir fl o w

L o a d

P e rc e n t O u td o o r A ir C o o lin g L o a d M e th o d o lo g y

.3

.9

.9

.0

.0

.6

.8

.6

.0

,4

.5

.0

.0

.8

.8

.8

.7

T E

T D

-T A cf m

/f t² to n ft ²/ to n ft ² cf m

/t o lb °F g r/ lb M

B h

M B h cf m

°F %

C O

O L

L

E C

T

IO

N C

O O

L

IN

G

C

A

D

IN

F O

R M

A T

Z n e

Z o n e

B -A

-1

S y s te m

B -A

H U

-2

C o il L o c a ti o n

Z o n e

A m b ie n t D

B /W

B /H

R

C o il

P e a k

C a lc u la tio n T im e J u ly h o u r

-4

.3

E x h a u st

H e a t

A d j F lo o r

T ra n s m is s io n

.0

A d j F lo o r to P le n u m

U n d e rf lo o r

S u p H e a t P ic ku p S u p p ly

A ir L e a ka g e

.0

.0

.0

.0

T R

A C

E v

.3

.5 c a lc u la te d a t

:4 A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a ti ve s ig n C o o lin g L o a d R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s ig n C o o li n g L o a d

S u m m a ry

B y W

IL

E

Y W

IL

S

O N

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h N o rt h C a ro lin a

S o la r G a in

G la ss T ra n sm is si o n

W a ll

T ra n sm is si o n

R o o f T ra n sm is si o n

F lo o r

T ra n sm is si o n

P a rt it io n T ra n sm is si o n

N e t

C e ili n g L o a d

L ig h ti n g

P e o p le

M is c.

E q u ip m e n t

L o a d s

C o o lin g I n fi lt ra ti o n

S u b -T o ta l

V e n ti la ti o n L o a d

S u p p ly

F a n L o a d

R e tu rn F a n L o t

D u ct

H e a t

P ic ku p

W a ll

L o a d t o P le n u m

R o o f

L o a d t o P le n u m

L ig h ti n g L o a d t o P le n u m

M is c.

E q u ip

L o a d t o P le n u m

G la ss T ra n sm is si o n t o P le n u m

G la ss S o la r to

P le n u m

O ve r/ U n d e r

S iz in g

T o ta l C o o li n g L o a d s

,5

,3

0 0 0 0 0

,4

,1

,4

,6

,3

,4

,3

,8

,5

5 0 0

,6

2 0

0 00 0

R e h e a t a t

D e si g n

,5

,3

0 0 0 0 0

,4

,5

5 0

,6

2 0 0 0

,1

,5

,6

,8

1 0 0

,0

,9

,9

,3

,0

,4

.2

.1

.6

.0

.0

.0

.0

.5

.3

.2

.0

.0

.9

.6

.0

.0

.7

.1

.1

.0

.0

.0

.0

.0

.0

L o a d

C o m p o n e n t S e n s ib le L a te n t

T o ta l

B tu

/h B tu /h

B tu

/h P e rc e n t o f T o ta l

C o il S e le c ti o n

P a ra m e te rs

C o il

E n te ri n g

W

B

C o il

E n te ri n g

H u m id ity

R a tio

C o il

L e a vi n g

W

B

C o il

L e a v in g H u m id ity

R a ti o

C o il

S e n si b le

L o a d

C o il

To ta l L o a d C o o lin g S u p p ly

A ir T e m p e ra tu re

To ta l C o o lin g A ir flo w R e su lt in g R o o m

R e la tiv e H u m id ity

G e n e ra l E n g in e e ri n g

C h e c l C o o lin g L o a d

A re a

L o a d

To ta l F lo o r A re a

C o o lin g A ir fl o w

A ir fl o w

L o a d

P e rc e n t O u td o o r A ir C o o lin g L o a d M e th o d o lo g y

.1

.5

.7

.9

.4

.6

.9

.0

.0

,4

.7

.3

.7

.5

,1

.0

.1

.5 T

E T

D -T

A cf m

/f t² to n ft ²/ to n ft ² cf m

/t o lb °F g r/ lb M

B h

M B h cf m

°F %

C O

O L

L

E C

T

IO

N C

O O

L

IN

G

C

A

D

IN

F O

R M

A T p e

S e ri e s F a n

-P o w e re d V

A V

S y s te m

B -R

T U

-1

C o il L o c a ti o n

S y s te m

A m b ie n t D

B /W

B /H

R

C o il

P e a k

C a lc u la tio n T im e J u ly h o u r

-5

-2

-0

.3 E x h a u st

H e a t

A d j F lo o r

T ra n s m is s io n

.0

A d j F lo o r to P le n u m

U n d e rf lo o r

S u p H e a t P ic ku p S u p p ly

A ir L e a ka g e

.0

.0

.0

.0

T R

A C

E v

.3

.5 c a lc u la te d a t

:4 A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a ti ve s ig n C o o lin g L o a d R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s ig n C o o li n g L o a d

S u m m a ry

B y W

IL

E

Y W

IL

S

O N

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h N o rt h C a ro lin a

S o la r G a in

G la ss T ra n sm is si o n

W a ll

T ra n sm is si o n

R o o f T ra n sm is si o n

F lo o r

T ra n sm is si o n

P a rt it io n T ra n sm is si o n

N e t

C e ili n g L o a d

L ig h ti n g

P e o p le

M is c.

E q u ip m e n t

L o a d s

C o o lin g I n fi lt ra ti o n

S u b -T o ta l

V e n ti la ti o n L o a d

S u p p ly

F a n L o a d

R e tu rn F a n L o t

D u ct

H e a t

P ic ku p

W a ll

L o a d t o P le n u m

R o o f

L o a d t o P le n u m

L ig h ti n g L o a d t o P le n u m

M is c.

E q u ip

L o a d t o P le n u m

G la ss T ra n sm is si o n t o P le n u m

G la ss S o la r to

P le n u m

O ve r/ U n d e r

S iz in g

T o ta l C o o li n g L o a d s

7 0 0 0 0

,6

,7

,7

,6

,5

4 0 0

,7

2 0

0 00 0

R e h e a t a t

D e si g n

7 0 0 0 0

4 0

,7

2 0 0 0

,2

,3

,7

6 0 0

,8

,2

,0

,0

,8

,9

.8

.5

.3

.0

.0

.0

.0

.6

.6

.0

.6

.4

.0

.4

.0

.0

.2

.2

.9

.0

.0

.0

.0

.0

.0

L o a d

C o m p o n e n t S e n s ib le L a te n t

T o ta l

B tu

/h B tu /h

B tu

/h P e rc e n t o f T o ta l

C o il S e le c ti o n

P a ra m e te rs

C o il

E n te ri n g

W

B

C o il

E n te ri n g

H u m id ity

R a tio

C o il

L e a vi n g

W

B

C o il

L e a v in g H u m id ity

R a ti o

C o il

S e n si b le

L o a d

C o il

To ta l L o a d C o o lin g S u p p ly

A ir T e m p e ra tu re

To ta l C o o lin g A ir flo w R e su lt in g R o o m

R e la tiv e H u m id ity

G e n e ra l E n g in e e ri n g

C h e c l C o o lin g L o a d

A re a

L o a d

To ta l F lo o r A re a

C o o lin g A ir fl o w

A ir fl o w

L o a d

P e rc e n t O u td o o r A ir C o o lin g L o a d M e th o d o lo g y

.1

.9

.9

.3

.2

.0

.1

.1

.0

.8

.7

.2

.2

.3

.1

.2

T E

T D

-T A cf m

/f t² to n ft ²/ to n ft ² cf m

/t o lb °F g r/ lb M

B h

M B h cf m

°F %

C O

O L

L

E C

T

IO

N C

O O

L

IN

G

C

A

D

IN

F O

R M

A T n e

Z o n e

B -R

-0

S y s te m

B -R

T U

-2

C o il L o c a ti o n

Z o n e

A m b ie n t D

B /W

B /H

R

C o il

P e a k

C a lc u la tio n T im e J u ly h o u r

-3

-2

-1

.0 E x h a u st

H e a t

A d j F lo o r

T ra n s m is s io n

.0

A d j F lo o r to P le n u m

U n d e rf lo o r

S u p H e a t P ic ku p S u p p ly

A ir L e a ka g e

.0

.0

.0

.0

T R

A C

E v

.3

.5 c a lc u la te d a t

:4 A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a ti ve s ig n C o o lin g L o a d R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s ig n C o o li n g L o a d

S u m m a ry

B y W

IL

E

Y W

IL

S

O N

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h N o rt h C a ro lin a

S o la r G a in

G la ss T ra n sm is si o n

W a ll

T ra n sm is si o n

R o o f T ra n sm is si o n

F lo o r

T ra n sm is si o n

P a rt it io n T ra n sm is si o n

N e t

C e ili n g L o a d

L ig h ti n g

P e o p le

M is c.

E q u ip m e n t

L o a d s

C o o lin g I n fi lt ra ti o n

S u b -T o ta l

V e n ti la ti o n L o a d

S u p p ly

F a n L o a d

R e tu rn F a n L o t

D u ct

H e a t

P ic ku p

W a ll

L o a d t o P le n u m

R o o f

L o a d t o P le n u m

L ig h ti n g L o a d t o P le n u m

M is c.

E q u ip

L o a d t o P le n u m

G la ss T ra n sm is si o n t o P le n u m

G la ss S o la r to

P le n u m

O ve r/ U n d e r

S iz in g

T o ta l C o o li n g L o a d s

,3

4 0 0 0 0

,2

7 0 0

,0

3 0

0 00 0

R e h e a t a t

D e si g n

,3

4 0 0 0 0

7 0

,0

3 0 0 0

,4

,4

,2

5 0 0

,7

,0

,7

,9

,9

,8

.2

.5

.5

.0

.0

.0

.0

.0

.1

.6

.2

.2

.1

.1

.0

.0

.3

.3

.5

.0

.0

.0

.0

.0

.0

L o a d

C o m p o n e n t S e n s ib le L a te n t

T o ta l

B tu

/h B tu /h

B tu

/h P e rc e n t o f T o ta l

C o il S e le c ti o n

P a ra m e te rs

C o il

E n te ri n g

W

B

C o il

E n te ri n g

H u m id ity

R a tio

C o il

L e a vi n g

W

B

C o il

L e a v in g H u m id ity

R a ti o

C o il

S e n si b le

L o a d

C o il

To ta l L o a d C o o lin g S u p p ly

A ir T e m p e ra tu re

To ta l C o o lin g A ir flo w R e su lt in g R o o m

R e la tiv e H u m id ity

G e n e ra l E n g in e e ri n g

C h e c l C o o lin g L o a d

A re a

L o a d

To ta l F lo o r A re a

C o o lin g A ir fl o w

A ir fl o w

L o a d

P e rc e n t O u td o o r A ir C o o lin g L o a d M e th o d o lo g y

.6

.3

.9

.6

.3

.4

.9

.3

.0

.7

.5

.8

.3

.7

.8

.1

T E

T D

-T A cf m

/f t² to n ft ²/ to n ft ² cf m

/t o lb °F g r/ lb M

B h

M B h cf m

°F %

C O

O L

L

E C

T

IO

N C

O O

L

IN

G

C

A

D

IN

F O

R M

A T n e

Z o n e

B -R

-0

S y s te m

B -R

T U

-2

C o il L o c a ti o n

Z o n e

A m b ie n t D

B /W

B /H

R

C o il

P e a k

C a lc u la tio n T im e J u ly h o u r

-1

-1

-1

.6 E x h a u st

H e a t

A d j F lo o r

T ra n s m is s io n

.0

A d j F lo o r to P le n u m

U n d e rf lo o r

S u p H e a t P ic ku p S u p p ly

A ir L e a ka g e

.0

.0

.0

.0

T R

A C

E v

.3

.5 c a lc u la te d a t

:4 A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a ti ve s ig n C o o lin g L o a d R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s ig n C o o li n g L o a d

S u m m a ry

B y W

IL

E

Y W

IL

S

O N

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h N o rt h C a ro lin a

S o la r G a in

G la ss T ra n sm is si o n

W a ll

T ra n sm is si o n

R o o f T ra n sm is si o n

F lo o r

T ra n sm is si o n

P a rt it io n T ra n sm is si o n

N e t

C e ili n g L o a d

L ig h ti n g

P e o p le

M is c.

E q u ip m e n t

L o a d s

C o o lin g I n fi lt ra ti o n

S u b -T o ta l

V e n ti la ti o n L o a d

S u p p ly

F a n L o a d

R e tu rn F a n L o t

D u ct

H e a t

P ic ku p

W a ll

L o a d t o P le n u m

R o o f

L o a d t o P le n u m

L ig h ti n g L o a d t o P le n u m

M is c.

E q u ip

L o a d t o P le n u m

G la ss T ra n sm is si o n t o P le n u m

G la ss S o la r to

P le n u m

O ve r/ U n d e r

S iz in g

T o ta l C o o li n g L o a d s

5 0 0 0 0

,7

,2

,6

,8

,6

,4

,5

8 0

,5

,6

,4

8 0

0 00 0

,5

R e h e a t a t

D e si g n

5 0 0 0 0

,7

,5

8 0

,6

,4

8 0 0 0

,4

,8

,8

,1

4 0 0

,3

,0

,4

,2

,9

,2

.0

.0

.2

.0

.0

.0

.0

.0

.1

.5

.5

.4

.5

.8

.0

.4

.1

.4

.5

.0

.0

.0

.0

.0

.0

L o a d

C o m p o n e n t S e n s ib le L a te n t

T o ta l

B tu

/h B tu /h

B tu

/h P e rc e n t o f T o ta l

C o il S e le c ti o n

P a ra m e te rs

C o il

E n te ri n g

W

B

C o il

E n te ri n g

H u m id ity

R a tio

C o il

L e a vi n g

W

B

C o il

L e a v in g H u m id ity

R a ti o

C o il

S e n si b le

L o a d

C o il

To ta l L o a d C o o lin g S u p p ly

A ir T e m p e ra tu re

To ta l C o o lin g A ir flo w R e su lt in g R o o m

R e la tiv e H u m id ity

G e n e ra l E n g in e e ri n g

C h e c l C o o lin g L o a d

A re a

L o a d

To ta l F lo o r A re a

C o o lin g A ir fl o w

A ir fl o w

L o a d

P e rc e n t O u td o o r A ir C o o lin g L o a d M e th o d o lo g y

.0

.1

.9

.8

.4

.6

.2

.8

.0

,4 .2

.0

.9

.9

,5

.2

.6

.2

T E

T D

-T A cf m

/f t² to n ft ²/ to n ft ² cf m

/t o lb °F g r/ lb M

B h

M B h cf m

°F %

C O

O L

L

E C

T

IO

N C

O O

L

IN

G

C

A

D

IN

F O

R M

A T p e

V a ri a b le T e m p e ra tu re

C o n s ta n t

V o lu m e

S y s te m

B -R

T U

-3

C o il L o c a ti o n

S y s te m

A m b ie n t D

B /W

B /H

R

C o il

P e a k

C a lc u la tio n T im e J u ly h o u r

.0

E x h a u st

H e a t

A d j F lo o r

T ra n s m is s io n

.0

A d j F lo o r to P le n u m

U n d e rf lo o r

S u p H e a t P ic ku p S u p p ly

A ir L e a ka g e

.0

.0

.0

.0

T R

A C

E v

.3

.5 c a lc u la te d a t

:4 A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a ti ve s ig n C o o lin g L o a d R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T

Y

S T

E M

S U

M M

A R

Y

D E

S

IG

N C

O O

L

IN

G C

A P

A C

IT

IE

S

B y W

IL

E

Y W

IL

S

O N

A lt e rn a ti v e

B u il d in g

A ir s id e S y s te m s a n d

P la n t

C a p a c it ie s to n to n to n to n to n to n to n to n to n to n to n to n to n to n

P la n t to n to n

S y s te m m o /h r

P e a k

T o ta l

T o ta l

C o il C o il

L o a d

C o n d

C o n d

U ti li ty

C o il C o il

C o il L o a d

C o n d

C o n d

U ti li ty

C o il

O f

B lo c k

P e a k

M a in

D e s ic

D e s ic

M a in

D e s ic

D e s ic

A u x p t V e n t M is c

B a s e

A t V e n t M is c

B a s e

T im e S tg

S tg

S tg

S tg

P e a k P la n t L o a d s B lo c k P la n t L o a d s

C o o lin g p la n t

.7

.0

.0

.0

.0

.0

.0

.7

.5

.0

.0

.0

.0

.0

.0

.5

/1

.2

.0

.0

.0

.0

.0

.0

.2

.6

.0

.0

.0

.0

.0

.0

.6

B -A

H U

-1 /1

.9

.0

.0

.0

.0

.0

.0

.9

.7

.0

.0

.0

.0

.0

.0

.7

B -R

T U

-3

/1

.7

.0

.0

.0

.0

.0

.0

.7

.3

.0

.0

.0

.0

.0

.0

.3

B -R

T U

-1 /1

.0

.0

.0

.0

.0

.0

.0

.0

.6

.0

.0

.0

.0

.0

.0

.6

B -R

T U

-2 /1

.0

.0

.0

.0

.0

.0

.0

.0

.3

.0

.0

.0

.0

.0

.0

.3

B -A

H U

-2 /1

B u ild in g t o ta ls .7

.0

.0

.0

.0

.0

.0

.7

.5

.0

.0

.0

.0

.0

.0

.5

B u il d in g m a x im u m b lo c k l o a d o f

.5 t o n s o c c u rs i n

J u ly a t h o u r b s e d o n s y s te m s im u la ti o n

B u ild in g p e a k lo a d is

.7 t o n s.

P ro je ct

N a m e

T R

A C

E v

.3

.5 c a lc u la te d a t

:4

A

M o n

/2

/2

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

F A

A R

D U

H V

A C

.T R

C

D e si g n C a p a ci ty Q u a n tit ie s re p o rt

P a g e o

Y

S T

E M

S U

M M

A R

Y

D E

S

IG

N H

E A

T

IN

G C

A P

A C

IT

IE

S

B y W

IL

E

Y W

IL

S

O N

A lt e rn a ti v e

S y s te m C o il C a p a c it ie s

S y s te m D e s c ri p ti o n

S y s te m T y p e B tu /h

B tu

/h B tu /h

B tu

/h B tu /h

B tu

/h B tu /h

B tu

/h B tu /h

B tu

/h B tu /h

S y s te m S y s te m V e n t T o ta ls

P re h e a t

R e h e a t

H u m id

P re v e n ti o n P re v e n ti o n R e g g in

A u x H e a ti n g

D e s ic

D e s ic

O p ti o n a l

F ro s t

F ro s t

S tg tg

S tg

S tg

B -A

H U

-1 S e ri e s

F a n -P o w e re d V

A V

-8 ,4

-5

,1

-3 ,8

-1 ,6

B -R

T U

-3

V a ri a b le

T e m p e ra tu re

C o n st a n t

V o lu m e

-6 ,7

-5

,4

-6

,2

B -R

T U

-1 S e ri e s

F a n -P o w e re d V

A V

-4 ,0

-1

,1

-1 ,1

-5 ,1

B -R

T U

-2 S in g le

Z o n e V a ri a b le A ir V o lu m e

-1 ,8

-1

,8 x U n co o le d S p a ce s V e n ti la ti o n a n d H e a ti n g

-5 ,1

-5

,1

B -A

H U

-2 S in g le

Z o n e

-5 ,1

-1

,1

-6

,3

-2 ,3

-6

,2

-5 ,0

-1 ,6

-3

,2

T o ta ls

B u il d in g

P la n t

C a p a c it ie s

P la n t

M B h M

B h

M B h M

B h

M B h M

B h

M B h M

B h

M B h M

B h

M B h M

B h

M B h S y s te m

R e g e n

L o a d P re v

P re v

C o il C o il

C o il C o il

C o il L o a d R e g e n

U ti li ty

C o il

D e s ic

A b s o rp ti o n

F ro s t

F ro s t

H u m id

R e h e a t

P re h e a t

M a in

A t V e n t M is c

D e s ic

B a s e

S tg

S tg

S tg

S tg

P e a k L o a d s

E le c tr ic M a in

H e a ti n g C o ils

B -A

H U

-1

B -R

T U

-3

B -R

T U

-1

B -R

T U

-2 x U n co o le d S p a ce s

B -A

H U

-2 H u m id ifi e r

E le ct ri c

S te a m

G e n

B -R

T U

-3

B

-A H

U -2

E le c tr ic C o ils

P re h e a t

B

-A H

U -1

B

-R T

U -1

E le c tr ic C o ils

R e h e a t

B u il d in g p e a k l o a d i s

.3

M B h

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

T R

A C

E v

.3

.5 c a lc u la te d a t

:4

A

M o n

/2

/2

D a ta se t

N a m e

F A

A R

D U

H V

A C

.T R

C

D e si g n C a p a c ity

Q u a n tit ie s re p o rt

P a g e o le ig h

N o rt h C a ro li n a F A

A

C o m m e n ts

C o m p a n y

P ro g ra m u s e r

B u ild in g o w n e r

L o c a ti o n

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

R a le ig h

N o rt h C a ro li n a L o c a ti o n

L a ti tu d e

L o n g itu d e

.0 d e g

.0 d e g

.4 ft in H g

T im e Z o n e

E le v a ti o n

B a ro m e tr ic p re s s u re

A ir d e n s it y

A ir s p e c if ic h e a t

D e n s it y-s p e c if ic h e a t p ro d u c t

L a te n t h e a t fa c to r E n th a lp y f a c to r lb /c u f t .0

.2

.0

,8

.6

.4

B tu

/l b

F

B tu

/h ·c fm

F B tu ·m in /h

·c u f t lb ·m in /h r· c u f t

S u m m e r d e s ig n d ry b u lb

S u m m e r d e s ig n w e t b u lb

W in te r d e s ig n d ry b u lb

S u m m e r c le a rn e s s n u m b e r

W in te r c le a rn e s s n u m b e r

S u m m e r g ro u n d r e fl e c ta n c e

W in te r g ro u n d r e fl e c ta n c e

.9

.4

.0

°F °F °F .9

.9

.2

.2

T E

T D

-T A

U

A T

D

D e s ig n s im u la ti o n p e ri o d

C o o lin g l o a d m e th o d o lo g y

H e a ti n g l o a d m e th o d o lo g y

J a n u a ry

D e c e m b e r

B y

W

IL

E Y

W

IL

S O

N

X

\2

F A

A R

U

H

V A

C

F ir e A la rm

\C a lc s \M e c h

\T R

A C

E \F

A A

R D

U H

V A

C .T

R C

D a ta s e t n a m e

:4

A

M o n

/2

/2

C a lc u la ti o n t im e

T R

A C

E v e rs io n

C a rb o n D io x id e L e v e l p p m

.3

.5 s te m C h e c k s u m s

B y W

IL

E

Y W

IL

S

O N

S e ri e s F a n

-P o w e re d V

A V

B -A

H U

-1

H E

A T

IN

G

C O

IL

P

E A

K C

L G

S P

A C

E P

E A

K C

O O

L

IN

G C

O

IL

P E

A K

T E

M P

E R

A T

U R

E S

H e a ti n g D e si g n

M o /H r:

M o /H r:

M o /H r:

P e a ke d a t T im e

C o o li n g

H e a ti n g

S A

D B

O A

D B

O A

D B

O A

D B

/W B

/H R

O u ts id e A ir

.0

.3

R a P le n u m

.5

.5

R e tu rn P e rc e n t C o il

P e a k

S p a c e P e a k

S p a c e

P e rc e n t P e rc e n t N e t

P le n u m S p a c e

.5

.5

R e t/

O A

S e n s

L a t.

O f

T o ta l

T o t S e n s S p a c e S e n s O f T o ta l

S e n s ib le O f T o ta l

T o ta l

S e n s

L a t

.7

.9

.0

.2

F n

M tr

T D

B tu

/h

B tu /h

B tu

/h

B tu /h

B tu

/h B tu /h

.1

.5

F n

B ld

T D

E n v e lo p e L o a d s .2

.4

F n

F ri c t

S ky lit e S o la r .0

S ky lit e C o n d

.0

R o o f

C o n d

.7

-1

,9

,4

,4

.0

,9

G la ss S o la r

,5

,9

,5

G la ss /D o o r

C o n d

-8 ,1

.1

-8

,1

,2

,5

A

IR

F

L O

W S

H e a ti n g

C o o li n g ,4

W a ll

C o n d

.7

-9

,0

-4 ,8

,4

,5

,1

P a rt it io n /D o o r

.0

F lo o r

.0

S e c

F a n

.1

,2

In fil tr a ti o n

-1 ,5

-1 ,5

,2

,2

,9

,9

M in

S to p /R h

.8

,1

S u b

T o ta l

-5 ,6

-3 ,4

,4

,6

,5

,4

R e tu rn ,3

In te rn a l L o a d s

,6

,6

E x h a u s t

,8

L ig h ts

.0

,8

,0

,2

R m

E x h

,4

P e o p le

.0

,1

A u x il ia ry

,6

M is c -0

.9

,2

,2

,6

,6

,9

S u b T o ta l

-0 .9

,2

,2

,6

,2

,2

,3

C e il in g L o a d

.0

-6 ,2

,3

-6 ,3

V e n ti la ti o n L o a d

.5

-7

,3

,3

S u p F a n

H e a t

,1

E N

G

IN

E E

R

IN

G C

K S

H e a ti n g

C o o li n g

R e t.

F a n

H e a t

O A

.1

.7

D u c t

H e a t

P k u p

-6

,2

.7

.7 c fm

/f t²

O v /U n d r S iz in g .0

.1 c fm

/t o n

E x h a u s t

H e a t

-3 .2

,2

-1 -2

,5

.5 ft

²/ to n -1

.7

.3

B tu /h r· ft

²

N o

P e o p le

,8

G ra n d

T o ta l

.0

-1

,7

-3 ,3

.0

,3

.0

,1

,5

A R

E A

S H

E A

T

IN

G C

O

IL

S E

L E

C T

IO

N

C O

O L

IN

G

C O

IL

S

E L

E C

T

IO

N T o ta l C a p a c it y S e n s C a p

C o il A ir fl o w

E n te r

D B

/W B

/H R

L e a v e D

B /W

B /H

R G ro s s T o ta l G la s s

C o il A ir fl o w

E n t L v g

C a p a c it y to n M

B h

M B h cf m °F

°F g r/ lb °F

°F g r/ lb ft ²

°F °F cf m

M B h

F lo o r

,9

M a in

H tg

-8 .5

,9

.1

.3

.2

.4

.3

,6

.9

.0

.6

.9

.4

.7

M a in

C lg

P a rt

A u x H tg .0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

A u x C lg

E x F lr

-5 .1

P re h e a t

.0

.9

,3

.0

.0

.0

.0

.0

.0

.0

.0

.0

O p t V e n t

R o o f

,6

R e h e a t

-3 .9

.8

.9

,9

W a ll

,6

H u m id if

.0

.0

.0

.2

.4

T o ta l

O p t V e n t .0

.0

.0

-1 .6

T o ta l

E n v e lo p e L o a d s S ky lit e S o la r S ky lit e C o n d

R o o f C o n d

G la s s

S o la r G la s s/

D o o r

C o n d

W a ll

C o n d P a rt iti o n /D o o r

F lo o r

In fi ltr a tio n S u b T o ta l

L ig h ts

P e o p le

M is c

S u b T o ta l

C e il in g L o a d

V e n ti la ti o n L o a d

A d d it io n a l R e h e a t

O A

P re h e a t

D if f.

O v

/U n d r

S iz in g

E x h a u s t

H e a t

R A

P re h e a t

D if f.

G ra n d

T o ta l

In te rn a l L o a d s

-2 ,9

-1 ,3

.2

.5

.0

-2 ,5

S u p p ly A ir L e a k a g e

D e h u m id O v S iz in g

A d j A ir T ra n s H e a t

A d j A ir T ra n s H e a t

L e a k a g e U p s

L e a k a g e D w n

In fi l A

H U

V e n t N o m

V e n t

M a in

F a n

T e rm in a l

A d ja ce n t F lo o r

D if fu s e r

S u p p ly A ir L e a k a g e U n d e rf lr S u p

H t

P k u p U n d e rf lr S u p

H t

P k u p

A d ja ce n t F lo o r

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

,9

,9

,1

,9

,2

,3

,9

,9

,0

,9

,2

,3

,4

In t

D o o r

E x t

D o o r

T R

A C

E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a tiv e

S ys te m C h e c ks u m s R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s te m C h e c k s u m s

B y W

IL

E

Y W

IL

S

O N

S in g le

Z o n e

B -A

H U

-2

H E

A T

IN

G

C O

IL

P

E A

K C

L G

S P

A C

E P

E A

K C

O O

L

IN

G C

O

IL

P E

A K

T E

M P

E R

A T

U R

E S

H e a ti n g D e si g n

M o /H r:

S u m o f

M o /H r:

M o /H r:

P e a ke d a t T im e

C o o li n g

H e a ti n g

S A

D B

O A

D B

O A

D B

O A

D B

/W B

/H R

O u ts id e A ir

.0

.6

R a P le n u m

.1

.2

R e tu rn P e rc e n t C o il

P e a k

S p a c e P e a k

S p a c e

P e rc e n t P e rc e n t N e t

P le n u m S p a c e

.1

.2

R e t/

O A

S e n s

L a t.

O f

T o ta l

T o t S e n s S p a c e S e n s O f T o ta l

S e n s ib le O f T o ta l

T o ta l

S e n s

L a t

.0

.3

.0

.1

F n

M tr

T D

B tu

/h

B tu /h

B tu

/h

B tu /h

B tu

/h B tu /h

.0

.2

F n

B ld

T D

E n v e lo p e L o a d s .0

.7

F n

F ri c t

S ky lit e S o la r .0

S ky lit e C o n d

.0

R o o f

C o n d

.6

-1

,9

,5

,5

.0

G la ss S o la r

G la ss

/D o o r

C o n d

.0

A

IR

F

L O

W S

H e a ti n g

C o o li n g

W a ll

C o n d

.2

-2

,2

-1 ,2

P a rt it io n /D o o r

.0

F lo o r

.0

S e c

F a n

.4

,7

In fil tr a ti o n

-1 ,8

-1 ,8

,7

M in

S to p /R h

.3

,1

S u b

T o ta l

-6 ,0

-3 ,1

,1

,9

,8

,5

R e tu rn ,5

In te rn a l L o a d s

E x h a u s t

,4

L ig h ts

.0

,4

,7

R m

E x h

,3

P e o p le

.0

,5

A u x il ia ry

,9

M is c .0

,9

,9

,6

S u b T o ta l

.0

,8

,0

C e il in g L o a d

.0

-2

-3

V e n ti la ti o n L o a d

.5

-1

,1

,6

S u p F a n

H e a t

,9

E N

G

IN

E E

R

IN

G C

K S

H e a ti n g

C o o li n g

R e t.

F a n

H e a t

O A

.7

.7

D u c t

H e a t

P k u p

-2

,7

.8

.8 c fm

/f t²

O v /U n d r S iz in g .8

-1

,4

-1 ,4

.8 c fm

/t o n

E x h a u s t

H e a t

-0 .7

.8 ft

²/ to n -7

.8

.6

B tu /h r· ft

²

N o

P e o p le

,8

G ra n d

T o ta l

.0

-4

,2

-2 ,7

.0

,0

.0

,8

,6

A R

E A

S H

E A

T

IN

G C

O

IL

S E

L E

C T

IO

N

C O

O L

IN

G

C O

IL

S

E L

E C

T

IO

N T o ta l C a p a c it y S e n s C a p

C o il A ir fl o w

E n te r

D B

/W B

/H R

L e a v e D

B /W

B /H

R G ro s s T o ta l G la s s

C o il A ir fl o w

E n t L v g

C a p a c it y to n M

B h

M B h cf m °F

°F g r/ lb °F

°F g r/ lb ft ²

°F °F cf m

M B h

F lo o r

M a in

H tg

-5 .2

,4

.4

.6

.0

.7

.8

,4

.3

.9

.1

.9

.0

.6

M a in

C lg

P a rt

A u x H tg .0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

A u x C lg

E x F lr

.0

P re h e a t

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

O p t V e n t

R o o f

W a ll

H u m id if -1

.1

.1

.8

.0

.7

T o ta l

O p t V e n t .0

.0

.0

-6 .3

T o ta l

E n v e lo p e L o a d s S ky lit e S o la r S ky lit e C o n d

R o o f C o n d

G la s s

S o la r G la s s/

D o o r

C o n d

W a ll

C o n d

P a rt iti o n /D o o r

F lo o r

In fi ltr a tio n S u b T o ta l

L ig h ts

P e o p le

M is c

S u b T o ta l

C e il in g L o a d

V e n ti la ti o n L o a d

A d d it io n a l R e h e a t

O A

P re h e a t

D if f.

O v

/U n d r

S iz in g

E x h a u s t

H e a t

R A

P re h e a t

D if f.

G ra n d

T o ta l

In te rn a l L o a d s

00 0 .0

.0

.0

S u p p ly A ir L e a k a g e

P e a k s

D e h u m id O v S iz in g

A d j A ir T ra n s H e a t

A d j A ir T ra n s H e a t

L e a k a g e U p s

L e a k a g e D w n

In fi l A

H U

V e n t N o m

V e n t

M a in

F a n

T e rm in a l

A d ja ce n t F lo o r

D if fu s e r

S u p p ly A ir L e a k a g e U n d e rf lr S u p

H t

P k u p U n d e rf lr S u p

H t

P k u p

A d ja ce n t F lo o r

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

,4

,4

,4

8 0

9 0

,4

,4

,4

8 0

9 0

,3

In t

D o o r

E x t

D o o r

T R

A C

E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a tiv e

S ys te m C h e c ks u m s R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s te m C h e c k s u m s

B y W

IL

E

Y W

IL

S

O N

S e ri e s F a n

-P o w e re d V

A V

B -R

T U

-1

H E

A T

IN

G

C O

IL

P

E A

K C

L G

S P

A C

E P

E A

K C

O O

L

IN

G C

O

IL

P E

A K

T E

M P

E R

A T

U R

E S

H e a ti n g D e si g n

M o /H r:

M o /H r:

M o /H r:

P e a ke d a t T im e

C o o li n g

H e a ti n g

S A

D B

O A

D B

O A

D B

O A

D B

/W B

/H R

O u ts id e A ir

.0

.0

R a P le n u m

.7

.1

R e tu rn P e rc e n t C o il

P e a k

S p a c e P e a k

S p a c e

P e rc e n t P e rc e n t N e t

P le n u m S p a c e

.5

.1

R e t/

O A

S e n s

L a t.

O f

T o ta l

T o t S e n s S p a c e S e n s O f T o ta l

S e n s ib le O f T o ta l

T o ta l

S e n s

L a t

.9

.1

.0

.1

F n

M tr

T D

B tu

/h

B tu /h

B tu

/h

B tu /h

B tu

/h B tu /h

.1

.3

F n

B ld

T D

E n v e lo p e L o a d s .2

.9

F n

F ri c t

S ky lit e S o la r .0

S ky lit e C o n d

.0

R o o f

C o n d

.4

-4

,6

,6

,6

.0

,5

G la ss S o la r

,6

,5

,3

G la ss /D o o r

C o n d

-9 ,8

.1

-9

,8

,0

,3

A

IR

F

L O

W S

H e a ti n g

C o o li n g

W a ll

C o n d

.0

-3

,9

-1 ,8

P a rt it io n /D o o r

.0

F lo o r

.0

S e c

F a n

.4

,8

In fil tr a ti o n

-4 ,6

-4 ,6

,8

M in

S to p /R h

.9

,2

S u b

T o ta l

-2 ,0

-1 ,2

,0

,4

,2

,3

R e tu rn

In te rn a l L o a d s

E x h a u s t

,4

L ig h ts

.0

,4

,3

R m

E x h

,5

P e o p le

.0

,2

A u x il ia ry

,6

M is c .0

,6

,6

,7

S u b T o ta l

.0

,3

,5

,1

C e il in g L o a d

.0

-1 ,9

-1 ,1

V e n ti la ti o n L o a d

.7

-1

,1

,1

S u p F a n

H e a t

,5

E N

G

IN

E E

R

IN

G C

K S

H e a ti n g

C o o li n g

R e t.

F a n

H e a t

O A

.5

.5

D u c t

H e a t

P k u p

-2

,7

.1

.0 c fm

/f t²

O v /U n d r S iz in g .0

.1 c fm

/t o n

E x h a u s t

H e a t

-2 .4

,0

-2

.5 ft

²/ to n -2

.3

.0

B tu /h r· ft

²

N o

P e o p le

,1

G ra n d

T o ta l

.0

-4

,3

-1 ,2

.0

,1

.0

,4

,9

A R

E A

S H

E A

T

IN

G C

O

IL

S E

L E

C T

IO

N

C O

O L

IN

G

C O

IL

S

E L

E C

T

IO

N T o ta l C a p a c it y S e n s C a p

C o il A ir fl o w

E n te r

D B

/W B

/H R

L e a v e D

B /W

B /H

R G ro s s T o ta l G la s s

C o il A ir fl o w

E n t L v g

C a p a c it y to n M

B h

M B h cf m °F

°F g r/ lb °F

°F g r/ lb ft ²

°F °F cf m

M B h

F lo o r

,1

M a in

H tg

-4 .0

,3

.7

.0

.7

.1

.0

,4

.1

.5

.5

.7

.9

.7

M a in

C lg

P a rt

A u x H tg .0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

A u x C lg

E x F lr

-1 .2

P re h e a t

.0

.7

.0

.0

.0

.0

.0

.0

.0

.0

.0

O p t V e n t

R o o f

,1

R e h e a t

-1 .1

.0

.7

W a ll

,9

H u m id if .0

.0

.0

.7

.1

T o ta l

O p t V e n t .0

.0

.0

-5 .2

T o ta l

E n v e lo p e L o a d s S ky lit e S o la r S ky lit e C o n d

R o o f C o n d

G la s s

S o la r G la s s/

D o o r

C o n d

W a ll

C o n d P a rt iti o n /D o o r

F lo o r

In fi ltr a tio n S u b T o ta l

L ig h ts

P e o p le

M is c

S u b T o ta l

C e il in g L o a d

V e n ti la ti o n L o a d

A d d it io n a l R e h e a t

O A

P re h e a t

D if f.

O v

/U n d r

S iz in g

E x h a u s t

H e a t

R A

P re h e a t

D if f.

G ra n d

T o ta l

In te rn a l L o a d s

-9

-8 ,2

.2

.4

.0

-2

S u p p ly A ir L e a k a g e

D e h u m id O v S iz in g

A d j A ir T ra n s H e a t

A d j A ir T ra n s H e a t

L e a k a g e U p s

L e a k a g e D w n

In fi l A

H U

V e n t N o m

V e n t

M a in

F a n

T e rm in a l

A d ja ce n t F lo o r

D if fu s e r

S u p p ly A ir L e a k a g e U n d e rf lr S u p

H t

P k u p U n d e rf lr S u p

H t

P k u p

A d ja ce n t F lo o r

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

,3

,4

,2

,4

,3

,4

,4

,5

In t

D o o r

E x t

D o o r

T R

A C

E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a tiv e

S ys te m C h e c ks u m s R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s te m C h e c k s u m s

B y W

IL

E

Y W

IL

S

O N

S in g le

Z o n e V a ri a b le A ir V o lu m e

B -R

T U

-2

H E

A T

IN

G

C O

IL

P

E A

K C

L G

S P

A C

E P

E A

K C

O O

L

IN

G C

O

IL

P E

A K

T E

M P

E R

A T

U R

E S

H e a ti n g D e si g n

M o /H r:

M o /H r:

M o /H r:

P e a ke d a t T im e

C o o li n g

H e a ti n g

S A

D B

O A

D B

O A

D B

O A

D B

/W B

/H R

O u ts id e A ir

.0

.5

R a P le n u m

.5

.6

R e tu rn P e rc e n t C o il

P e a k

S p a c e P e a k

S p a c e

P e rc e n t P e rc e n t N e t

P le n u m S p a c e

.4

.6

R e t/

O A

S e n s

L a t.

O f

T o ta l

T o t S e n s S p a c e S e n s O f T o ta l

S e n s ib le O f T o ta l

T o ta l

S e n s

L a t

.9

.3

.0

.1

F n

M tr

T D

B tu

/h

B tu /h

B tu

/h

B tu /h

B tu

/h B tu /h

.0

.2

F n

B ld

T D

E n v e lo p e L o a d s .0

.7

F n

F ri c t

S ky lit e S o la r .0

S ky lit e C o n d

.0

R o o f

C o n d

.1

-1

,8

,8

,8

.0

,2

G la ss S o la r

,1

,2

G la ss /D o o r

C o n d

-1 ,5

.0

-1

,5

A

IR

F

L O

W S

H e a ti n g

C o o li n g

W a ll

C o n d

.7

-2

,2

-1 ,2

P a rt it io n /D o o r

.0

F lo o r

.0

S e c

F a n

.5

,3

In fil tr a ti o n

-1 ,9

-1 ,9

,3

M in

S to p /R h

.4

,5

S u b

T o ta l

-7 ,5

-4 ,6

,4

,8

,2

R e tu rn

In te rn a l L o a d s

E x h a u s t

,4

L ig h ts

.0

,4

,7

R m

E x h

,8

P e o p le

.0

,3

A u x il ia ry

,0

M is c -1

.9

,1

,1

,0

,0

,2

S u b T o ta l

-1 .9

,1

,1

,8

,6

C e il in g L o a d

.0

-1 ,2

-6

V e n ti la ti o n L o a d

.6

-7

,7

,8

S u p F a n

H e a t

,1

E N

G

IN

E E

R

IN

G C

K S

H e a ti n g

C o o li n g

R e t.

F a n

H e a t

O A

.8

.9

D u c t

H e a t

P k u p

.3

.0 c fm

/f t²

O v /U n d r S iz in g -1

.2

,4

,4

.6 c fm

/t o n

E x h a u s t

H e a t

-7 .9

-1 -3

.2 ft

²/ to n -1

.6

.2

B tu /h r· ft

²

N o

P e o p le

,5

G ra n d

T o ta l

.0

-1

,8

-2 ,3

.0

,9

.0

,0

,5

A R

E A

S H

E A

T

IN

G C

O

IL

S E

L E

C T

IO

N

C O

O L

IN

G

C O

IL

S

E L

E C

T

IO

N T o ta l C a p a c it y S e n s C a p

C o il A ir fl o w

E n te r

D B

/W B

/H R

L e a v e D

B /W

B /H

R G ro s s T o ta l G la s s

C o il A ir fl o w

E n t L v g

C a p a c it y to n M

B h

M B h cf m °F

°F g r/ lb °F

°F g r/ lb ft ²

°F °F cf m

M B h

F lo o r

M a in

H tg

-1 .9

.9

.5

.0

.7

.3

.3

.2

.0

.9

.2

.7

M a in

C lg

P a rt

A u x H tg .0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

A u x C lg

E x F lr

.0

P re h e a t

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

O p t V e n t

R o o f

W a ll

H u m id if

.0

.0

.0

.0

.7

T o ta l

O p t V e n t .0

.0

.0

-1 .9

T o ta l

E n v e lo p e L o a d s S ky lit e S o la r S ky lit e C o n d

R o o f C o n d

G la s s

S o la r G la s s/

D o o r

C o n d

W a ll

C o n d

P a rt iti o n /D o o r

F lo o r

In fi ltr a tio n S u b T o ta l

L ig h ts

P e o p le

M is c

S u b T o ta l

C e il in g L o a d

V e n ti la ti o n L o a d

A d d it io n a l R e h e a t

O A

P re h e a t

D if f.

O v

/U n d r

S iz in g

E x h a u s t

H e a t

R A

P re h e a t

D if f.

G ra n d

T o ta l

In te rn a l L o a d s

00 0 .0

.0

.0

-3

S u p p ly A ir L e a k a g e

D e h u m id O v S iz in g

A d j A ir T ra n s H e a t

A d j A ir T ra n s H e a t

L e a k a g e U p s

L e a k a g e D w n

In fi l A

H U

V e n t N o m

V e n t

M a in

F a n

T e rm in a l

A d ja ce n t F lo o r

D if fu s e r

S u p p ly A ir L e a k a g e U n d e rf lr S u p

H t

P k u p U n d e rf lr S u p

H t

P k u p

A d ja ce n t F lo o r

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

6 0

1 9 0

4 0

1 3 0

,8

In t

D o o r

E x t

D o o r

T R

A C

E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a tiv e

S ys te m C h e c ks u m s R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s te m C h e c k s u m s

B y W

IL

E

Y W

IL

S

O N

V a ri a b le T e m p e ra tu re

C o n s ta n t

V o lu m e B

-R T

U -3

H E

A T

IN

G

C O

IL

P

E A

K C

L G

S P

A C

E P

E A

K C

O O

L

IN

G C

O

IL

P E

A K

T E

M P

E R

A T

U R

E S

H e a ti n g D e si g n

M o /H r:

S u m o f

M o /H r:

M o /H r:

P e a ke d a t T im e

C o o li n g

H e a ti n g

S A

D B

O A

D B

O A

D B

O A

D B

/W B

/H R

O u ts id e A ir

.0

.4

R a P le n u m

.5

.3

R e tu rn P e rc e n t C o il

P e a k

S p a c e P e a k

S p a c e

P e rc e n t P e rc e n t N e t

P le n u m S p a c e

.0

.0

R e t/

O A

S e n s

L a t.

O f

T o ta l

T o t S e n s S p a c e S e n s O f T o ta l

S e n s ib le O f T o ta l

T o ta l

S e n s

L a t

.9

.0

.0

.1

F n

M tr

T D

B tu

/h

B tu /h

B tu

/h

B tu /h

B tu

/h B tu /h

.0

.2

F n

B ld

T D

E n v e lo p e L o a d s .0

.7

F n

F ri c t

S ky lit e S o la r .0

S ky lit e C o n d

.0

R o o f

C o n d

.3

-7

,0

,6

,6

.0

G la ss S o la r

G la ss /D o o r

C o n d

-4

.7

-4

A

IR

F

L O

W S

H e a ti n g

C o o li n g

W a ll

C o n d

.8

-3

,9

-2 ,3

P a rt it io n /D o o r

.0

F lo o r

.0

S e c

F a n

.6

,1

In fil tr a ti o n

-7 ,7

-7 ,7

,8

,1

M in

S to p /R h

.5

,9

S u b

T o ta l

-1 ,1

-1 ,5

,6

,7

,7

,5

R e tu rn

,5

In te rn a l L o a d s

E x h a u s t

,7

L ig h ts

.0

,7

,2

,4

R m

E x h

,8

P e o p le

.0

,2

A u x il ia ry

,8

M is c .0

,8

,8

,4

S u b T o ta l

.0

,8

,9

,4

,0

C e il in g L o a d

.0

-8 ,5

,6

-1 ,0

V e n ti la ti o n L o a d

.7

-1

,5

,4

S u p F a n

H e a t

,5

E N

G

IN

E E

R

IN

G C

K S

H e a ti n g

C o o li n g

R e t.

F a n

H e a t

O A

.2

.2

D u c t

H e a t

P k u p

,5

.2

.2 c fm

/f t²

O v /U n d r S iz in g .7

-3

,3

-3 ,3

.6 c fm

/t o n

E x h a u s t

H e a t

.0

.9 ft

²/ to n -1

.2

.5

B tu /h r· ft

²

N o

P e o p le

,4

G ra n d

T o ta l

.0

-5

,0

-5 ,4

.0

,1

.0

,2

A R

E A

S H

E A

T

IN

G C

O

IL

S E

L E

C T

IO

N

C O

O L

IN

G

C O

IL

S

E L

E C

T

IO

N T o ta l C a p a c it y S e n s C a p

C o il A ir fl o w

E n te r

D B

/W B

/H R

L e a v e D

B /W

B /H

R G ro s s T o ta l G la s s

C o il A ir fl o w

E n t L v g

C a p a c it y to n M

B h

M B h cf m °F

°F g r/ lb °F

°F g r/ lb ft ²

°F °F cf m

M B h

F lo o r

,5

M a in

H tg

-6 .7

,4

.9

.4

.9

.9

.2

,4

.0

.1

.4

.9

.8

.7

M a in

C lg

P a rt

A u x H tg .0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

A u x C lg

E x F lr

.0

P re h e a t

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

O p t V e n t

R o o f

,5

W a ll

,5

H u m id if -5

.5

.1

.0

.9

.9

T o ta l

O p t V e n t .0

.0

.0

-6 .2

T o ta l

E n v e lo p e L o a d s S ky lit e S o la r S ky lit e C o n d

R o o f C o n d

G la s s

S o la r G la s s/

D o o r

C o n d

W a ll

C o n d

P a rt iti o n /D o o r

F lo o r

In fi ltr a tio n S u b T o ta l

L ig h ts

P e o p le

M is c

S u b T o ta l

C e il in g L o a d

V e n ti la ti o n L o a d

A d d it io n a l R e h e a t

O A

P re h e a t

D if f.

O v

/U n d r

S iz in g

E x h a u s t

H e a t

R A

P re h e a t

D if f.

G ra n d

T o ta l

In te rn a l L o a d s

00 0 .0

.0

.0

S u p p ly A ir L e a k a g e

P e a k s

D e h u m id O v S iz in g

A d j A ir T ra n s H e a t

A d j A ir T ra n s H e a t

L e a k a g e U p s

L e a k a g e D w n

In fi l A

H U

V e n t N o m

V e n t

M a in

F a n

T e rm in a l

A d ja ce n t F lo o r

D if fu s e r

S u p p ly A ir L e a k a g e U n d e rf lr S u p

H t

P k u p U n d e rf lr S u p

H t

P k u p

A d ja ce n t F lo o r

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

,4

,4

,4

8 0

8 0 0

,4

,4

,4

8 0

8 0 0

,8

In t

D o o r

E x t

D o o r

T R

A C

E v

.3

.5 c a lc u la te d a t :4

A

M o n

/2

/2

P ro je ct

N a m e

F A

A R

D U

H V

A C

F

IR

E A

L A

R M

D a ta se t N a m e

A lte rn a tiv e

S ys te m C h e c ks u m s R e p o rt

P a g e o f

F A

A R

D U

H V

A C

.T s te m C h e c k s u m s

B y W

IL

E

Y W

IL

S

O N

V e n ti la ti o n a n d

H e a ti n g x U n c o o le d S p a c e s

H E

A T

IN

G

C O

IL

P

E A

K C

L G

S P

A C

E P

E A

K C

O O

L

IN

G C

O

IL

P E

A K

T E

M P

E R

A T

U R

E S

H e a ti n g D e si g n

M o /H r:

M o /H r:

M o /H r:

P e a ke d a t T im e

C o o li n g

H e a ti n g

S A

D B

O A

D B

O A

D B

O

A D

B /W

B /H

R

O u ts id e A ir

.0

.0

R a P le n u m

.0

.1

R e tu rn P e rc e n t C o il

P e a k

S p a c e P e a k

S p a c e

P e rc e n t P e rc e n t N e t

P le n u m S p a c e

.0

.1

R e t/

O A

S e n s

L a t.

O f

T o ta l

T o t S e n s S p a c e S e n s O f T o ta l

S e n s ib le O f T o ta l

T o ta l

S e n s

L a t

.9

.0

.0

.0

F n

M tr

T D

B tu

/h

B tu /h

B tu

/h

B tu /h

B tu

/h B tu /h

.0

.0

F n

B ld

T D

E n v e lo p e L o a d s .0

.0

F n

F ri c t

S ky lit e S o la r .0

S ky lit e C o n d

.0

R o o f

C o n d

.7

-9

.0

G la ss S o la r

G la ss

/D o o r

C o n d

-3

.7

-3

A

IR

F

L O

W S

H e a ti n g

C o o li n g

W a ll

C o n d

.6

-1

,5

-9

P a rt it io n /D o o r

.0

F lo o r

.0

S e c

F a n

.3

In fil tr a ti o n

-1 ,0

-1 ,0

M in

S to p /R h

.4

S u b

T o ta l

-3 ,9

-2 ,3

R e tu rn

In te rn a l L o a d s

E x h a u s t

L ig h ts

.0

R m

E x h

P e o p le

.0

A u x il ia ry

M is c

.0

S u b T o ta l

.0

C e il in g L…