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MINIDOKA NATIONAL
HISTORIC SITE
Rehabilitate and Adaptively Reuse the
Relocation Center Warehouse for the
Minidoka Visitor Contact Station
MIIN – 159776
ENGINEERING CALCULATIONS
NATIONAL PARK SERVICE
PACIFIC WEST REGION
JUNE 7, 2017
TABLE OF CONTENTS
STRUCTURAL CALCULATIONS, prepared by Froelich Engineers, September 6, 2016
MECHANICAL/ELECTRICAL CALCULATIONS, prepared by Mazzetti Engineers, February 10, 2017
MECHANICAL/ELECTRICAL CALCULATIONS, prepared by Mazzetti Engineers, February 10, 2017
LIGHTENING RISK ASSESSMENT, prepared by Mazzetti Engineers, February 10, 2017
SEPTIC SYSTEM DESIGN, prepared by Mazzetti Engineers, February 10, 2017
GEOTECHNICAL REPORT, prepared by GeoDESIGN, Inc, May 13, 2015
Structural Calculations
Minidoka National Historic Site Visitor Contact Station Jerome, Idaho
FFA Architecture and Interiors
September 6, 2016
Froelich Job Number – 15-T233
These Calculations Are Void If Seal And Signature Are Not Original
* * * LIMITATIONS * * *
ENGINEERING DESIGN IS BASED UPON INFORMATION PROVIDED BY THE CLIENT, WHO IS
SOLELY RESPONSIBLE FOR ACCURACY OF SAME. NO RESPONSIBILITY AND / OR
LIABILITY IS ASSUMED BY, OR IS TO BE ASSIGNED TO THE ENGINEER
FOR ITEMS BEYOND THAT SHOWN ON THESE SHEETS.
MAIN OFFICE CENTRAL OREGON DENVER OFFICE
6969 SW Hampton Street 745 N.W. Mt. Washington Drive, Suite 205 12303 Airport Way, Suite 200
Portland, Oregon 97223 Bend, Oregon 97701 Broomfield, Colorado 80021
503-624-7005/503-624-9770 FAX 541-383-1828 720-560-2269
Structural Calculation Letter
���� Main Office ���� Central Oregon 6969 SW Hampton St. 745 NW Mt. Washington Dr. #205 Portland, Oregon 97223 Bend, Oregon 97701 503-624-7005 www.froelich-engineers.com 541-383-1828
September 6, 2016
Juliette Grummon-Beale
520 SW Yamhill Street, Suite 900
Portland, Oregon 97204
RE: Minidoka National Historic Site Visitor Contact Station
Dear Juliette:
Attached please find calculations, sheets “MIIN 1” through “MIIN 72,” dated September 6, 2016, which verify the structural adequacy of the Minidoka National Historic Site Visitor Contact Station, as shown on drawings S0.1 through S7.6, dated September 6, 2016. Design is based on the requirements of the 2012 International Building
Code as amended by the State of Idaho.
If you have any questions or require further information, please call me.
Sincerely, John T. Mayer, PE
Associate
Froelich Engineers
Attachment(s): Structural Calculations
MIIN 1
MIIN 2
MIIN 3
MIIN 4
MIIN 5
MIIN 6
MIIN 7
MIIN 8
MIIN 9
MIIN 10
MIIN 11
MIIN 12
MIIN 13
MIIN 14
MIIN 15
MIIN 16
MIIN 17
MIIN 18
MIIN 19
MIIN 20
MIIN 21
MIIN 22
MIIN 23
MIIN 24
MIIN 25
MIIN 26
MIIN 27
MIIN 28
MIIN 29
MIIN 30
MIIN 31
MIIN 32
MIIN 33
MIIN 34
MIIN 35
MIIN 36
MIIN 37
MIIN 38
MIIN 39
MIIN 40
MIIN 41
MIIN 42
MIIN 43
MIIN 44
MIIN 45
MIIN 46
MIIN 47
MIIN 48
MIIN 49
MIIN 50
MIIN 51
MIIN 52
MIIN 53
MIIN 54
MIIN 55
MIIN 56
MIIN 57
MIIN 58
MIIN 59
MIIN 60
MIIN 61
MIIN 62
MIIN 63
MIIN 64
MIIN 65
MIIN 66
MIIN 67
MIIN 68
MIIN 69
MIIN 70
MIIN 71
MIIN 72
Mechanical Calculations
Minidoka National Historic Site Visitor Contact Station
Jerome, Idaho
February 10, 2017
10 February, 2017
Juliette Grummon-Beale
520 SW Yamhill St. Suite 900
Portland, OR 97204
RE: Minidoka National Historic Site Visitor Contact Station
Juliette, Attached are calculations indicating the heating and cooling loads and ventilation requirements for the Minidoka NHS Visitor
Contact Station, as shown on drawings M0.1-M1.1, dated 2/3/2017. These calculations are based on the anticipated building use and occupancy, as well as the provided architectural drawings indicating designed building envelope conditions. Minimum requirements are based on the 2012 International Mechanical Code, as amended by the State of
Idaho.
Sincerely, William Caron Senior Associate, Senior Mechanical Engineer Mazzetti williamc Image
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C o o li n g H e a ti n g
S A
D B
O A
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O A
D B
O
A D
B /W
B /H
R
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.0
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.8
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.8
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A S e n s
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S e n s
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.8
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IR
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W a ll C o n d
.0
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,2
-3
,3
,4
,5
,1
P a rt iti o n /D o o r
.0
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.0
S e c F a n
.8
,5
In fil tr a tio n -4
,7
-4
,7
,2
,5
M in
S to p /R h
.8
,9
S u b T o ta l =
-6
,8
-5
,6
,6
,0
,0
,7
R e tu rn
,2
In te rn a l L o a d s
E x h a u s t
,8
L ig h ts
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,8
,2
,4
R m
E x h
,0
P e o p le
.0
,5
A u x il ia ry
M is c
.0
,8
S u b
T o ta l =
.0
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,2
,4
,4
C e il in g L o a d
.0
-2
,7
,4
-1 ,4
V e n ti la ti o n L o a d
.2
-1
,0
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S u p
F a n H e a t
E N
G
IN
E E
R
IN
G C
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R e t.
F a n
H e a t
O A
.6
.3
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
.8
,5
,5
.8 c fm /t o n
E x h a u s t H e a t
-1
.0
,2
-4 -1
,7
.0 ft
²/ to n
-1
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.1
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/h r· ft ²
.0 N o
P e o p le
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G ra n d
T o ta l
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T
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C a p a c it y S e n s C a p
C o il
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B /W
B /H
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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
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²
°F
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M B h
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,0
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W a ll
,6
H u m id if
.0
.0
.0
.2
.6 T o ta l O p t
V e n t
.0
.0
.0
-2
.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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
-8
1 0 0
.0
.7
.0
.0
-1 ,7
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
,1
,1
,1
4 0
6 0 0
7 0
6 0 0
,0
In t
D o o r
E x t D o o r
.8
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
F a m il y R
R
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 tin g D e s ig 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
.8
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
.0
.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
.2
-1
.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
.0
-3
-2
P a rt iti o n
/D o o r
.6
-3
-3
F lo o r
.0
S e c F a n
.8
In fil tr a tio n -1
,2
-1
,2
M in
S to p /R h
.7
S u b
T o ta l =
-2 ,1
-1 ,8
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 o a d
.0
-2
V e n ti la ti o n L o a d
.0
S u p
F a n H e a t
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
.0
.0
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
.0
.0 c fm /t o n
E x h a u s t H e a t
.0
.0 ft
²/ to n
-3
.2
.0
B tu /h r· ft
²
.0
N o
P e o p le
G ra n d T o ta l
.0
-2
,1
-2
,1
.0
.0
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 c fm
M B h
F lo o r
M a in H tg -2
.2
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
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
.0
T o ta l
O p t V e n t
.0
.0
.0
-2 .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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
-4
8 0 0
.0
.2
.0
.0
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 0
7 0 0 0 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
In fo rm a ti o n
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 tin g D e s ig 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
.3
.8
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
.3
.8
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
.3
.6
.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
.3
-2
.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
.5
-5
-3
P a rt iti o n /D o o r
.0
F lo o r
.0
S e c F a n
.3
In fil tr a tio n
-2 ,3
-2 ,3
M in
S to p /R h
.2
S u b T o ta l =
-3
,1
-2
,7
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
,0
P e o p le
.0
A u x il ia ry
M is c
.0
,5
S u b T o ta l =
.0
,0
,6
C e il in g L o a d
.0
-1
-8
V e n ti la ti o n
L o a d
.1
-1 ,1
S u p
F a n H e a t
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
.0
D u c t
H e a t
P k u p
.2
.8 c fm /f t²
O v /U n d r S iz in g
-1
.5
,1
,1
.2 c fm /t o n
E x h a u s t H e a t
-1
.0
-4
-1
.1 ft
²/ to n
-1
.5
.6
B tu
/h r· ft ²
.0
N o
P e o p le
,2
G ra n d
T o ta l
.0
-1 ,9
-7
.0
,0
.0
,7
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 c fm
M B h
F lo o r
M a in
H tg
-2 .0
.3
.0
.2
.7
.6
.6
.5
.5
.0
.4
.2 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
.2
.7 T o ta l O p t
V e n t
.0
.0
.0
-2 .0
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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
8 0 0
.0
-0 .9
.0
.0
-1
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
1 0
7 0 0
0 0
7 0 0
,0
In t
D o o r
E x t D o o r
.7 /1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
M e c h a n ic a l/
S to ra g e
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 tin g D e s ig 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
.3
.8
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
.3
.8
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
.4
.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
.1
-3
.0
G la ss
S o la r
,4
G la ss
/D o o r
C o n d
-6
.1
-6
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
.1
-1 ,1
-6
P a rt iti o n /D o o r
.0
F lo o r
.0
S e c F a n
.6
In fil tr a tio n
-3 ,0
-3 ,0
M in
S to p /R h
.0
,5
S u b
T o ta l =
-5 ,1
-4 ,3
,9
,9
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 o a d
.0
-2
-1
V e n ti la ti o n
L o a d
.6
-1 ,2
S u p
F a n H e a t
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
.6
.5
D u c t
H e a t
P k u p
.2
.7 c fm /f t²
O v /U n d r S iz in g
-1
.7
,6
,6
.4 c fm /t o n
E x h a u s t H e a t
-1
.9
-6
-1
.3 ft
²/ to n
-1
.4
.5
B tu
/h r· ft ²
.0
N o
P e o p le
,0
G ra n d
T o ta l
.0
-2 ,2
-9
.0
,4
.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 c fm
M B h
F lo o r
M a in
H tg
-2 .2
.7
.0
.3
.0
.0
.4
.4
.6
.0
.8
.0 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
.3
.0
T o ta l
O p t V e n t
.0
.0
.0
-2 .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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
4 0 0
.0
-9 .9
.0
.0
-1
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
9 0 0
6 0
9 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
M e n s R e s tr o o m
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 tin g D e s ig 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
.8
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
.0
.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
.0
-3
.0
G la ss
S o la r
G la ss /D o o r C o n d -1
,0
.6
-1
,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
.0
-1 ,4
-9
P a rt iti o n /D o o r
.9
-2
-2
F lo o r
.0
S e c F a n
.0
In fil tr a tio n -4
,4
-4
,4
M in
S to p /R h
.6
S u b
T o ta l =
-7 ,5
-6 ,6
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 o a d
.0
-1 ,0
V e n ti la ti o n
L o a d
.0
S u p
F a n H e a t
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
.0
.0
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
.0
.0 c fm /t o n
E x h a u s t H e a t
.0
.0 ft
²/ to n
-3
.3
.0
B tu /h r· ft
²
.0
N o
P e o p le
G ra n d T o ta l
.0
-7
,6
-7
,6
.0
.0
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 c fm
M B h
F lo o r
M a in
H tg
-7 .7
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
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
.0
T o ta l
O p t V e n t
.0
.0
.0
-7 .7
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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
-1
2 0 0
.0
.3
.0
.0
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 0
7 0 0 0 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
O ff ic e
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 tin g D e s ig 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
.3
.8
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
.3
.8
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
.6
.7
.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
.4
-2
.0
G la ss
S o la r
,9
G la ss
/D o o r
C o n d
-6
.8
-6
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 ,0
-6
-2
P a rt iti o n
/D o o r
.0
F lo o r
.0
S e c F a n
.1
In fil tr a tio n -2
,2
-2
,2
M in
S to p /R h
.0
,3
S u b
T o ta l =
-4 ,1
-3 ,4
,0
,7
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
,0
P e o p le
.0
A u x il ia ry
M is c
.0
,4
S u b T o ta l =
.0
,5
C e il in g L o a d
.0
-1
-8
V e n ti la ti o n
L o a d
.1
-1 ,1
S u p
F a n H e a t
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
.8
D u c t
H e a t
P k u p
.4
.3 c fm /f t²
O v /U n d r S iz in g
-1
.6
,4
,4
.6 c fm /t o n
E x h a u s t H e a t
-8 .5
-3 -1
.1 ft
²/ to n
-2
.6
.6
B tu
/h r· ft ²
.0
N o
P e o p le
,9
G ra n d
T o ta l
.0
-2 ,4
-1 ,1
.0
,0
.0
,4
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 c fm
M B h
F lo o r
M a in
H tg
-2 .4
.6
.0
.3
.4
.3
.7
.3
.0
.0
.7
.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
.0
.0
.0
.3
.4
T o ta l
O p t V e n t
.0
.0
.0
-2 .4
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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
0 0 0
.0
-7 .0
.0
.0
-1
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
4 0
7 0 0
6 0
7 0 0
,0
In t
D o o r
E x t D o o r
.9 /1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
P u m p
H o u s e
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 tin g D e s ig 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
.0
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
.0
.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
.8
-6
-6
.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
.4
-1 ,2
-1 ,2
P a rt iti o n
/D o o r
.0
F lo o r
.0
S e c F a n
.7
In fil tr a tio n -6
,2
-6
,2
M in
S to p /R h
.0
S u b T o ta l =
-8
,1
-8
,1
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 o a d
.0
V e n ti la ti o n L o a d
.0
S u p
F a n H e a t
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
.0
.0
D u c t
H e a t
P k u p
.5
.0 c fm /f t²
O v /U n d r S iz in g
.0
.0 c fm /t o n
E x h a u s t H e a t
.0
.0 ft
²/ to n
-2
.7
.0
B tu /h r· ft
²
.0
N o
P e o p le
G ra n d T o ta l
.0
-8
,1
-8
,1
.0
.0
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 c fm
M B h
F lo o r
M a in
H tg
-8 .2
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
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
.0 T o ta l O p t
V e n t
.0
.0
.0
-8 .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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
0 0 0 0
.0
.0
.0
.0
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 0
4 0 0 0 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
R e ta il
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 tin g D e s ig 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
.2
.8
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
.2
.8
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
.1
.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
.9
-1 ,0
.0
,6
G la ss
S o la r
,8
,6
G la ss
/D o o r
C o n d
-3 ,9
.8
-3 ,9
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
.3
-1 ,6
-8
,2
P a rt iti o n
/D o o r
.0
F lo o r
.0
S e c F a n
.4
In fil tr a tio n -1
,2
-1
,2
,5
M in
S to p /R h
.5
,7
S u b T o ta l =
-1
,9
-1
,0
,7
,2
,5
,0
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
,5
P e o p le
.0
,2
A u x il ia ry
M is c
.0
,7
S u b T o ta l =
.0
,5
,1
C e il in g
L o a d
.0
-6
-3
V e n ti la ti o n L o a d
.5
-3
,8
S u p
F a n H e a t
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
.0
.0
D u c t
H e a t
P k u p
.5
.8 c fm /f t²
O v /U n d r S iz in g
-7
.4
,7
,7
.1 c fm /t o n
E x h a u s t H e a t
-7 .3
-3 -4
.4 ft
²/ to n
-2
.7
.6
B tu
/h r· ft ²
.0
N o
P e o p le
,8
G ra n d T o ta l
.0
-1
,7
-6 ,9
.0
,6
.0
,1
,0
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 c fm
M B h
F lo o r
M a in
H tg
-1
.7
.0
.0
.6
.4
.4
.1
.7
.1
.0
.1
.1 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
.6
.4 T o ta l O p t
V e n t
.0
.0
.0
-1
.7 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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
-5
5 0 0
.0
.7
.0
.0
-4
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
2 0
6 0 0
0 0
6 0 0
,5
In t
D o o r
E x t D o o r
.7
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
R R
V e s ti b u le
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 tin g D e s ig 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
.8
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
.0
.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
.1
-1
.0
G la ss
S o la r
G la ss /D o o r C o n d -4
,5
.1
-4
,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
.1
-9
P a rt iti o n
/D o o r
.1
-1 ,1
-1 ,1
F lo o r
.0
S e c F a n
.2
In fil tr a tio n -1
,9
-1
,9
M in
S to p /R h
.7
S u b
T o ta l =
-7 ,8
-7 ,6
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 o a d
.0
-4
V e n ti la ti o n L o a d
.0
S u p
F a n H e a t
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
.0
.0
D u c t
H e a t
P k u p
.2
.0 c fm /f t²
O v /U n d r S iz in g
.0
.0 c fm /t o n
E x h a u s t H e a t
.0
.0 ft
²/ to n
-8
.1
.0
B tu /h r· ft
²
.0
N o
P e o p le
G ra n d T o ta l
.0
-8
,0
-8
,0
.0
.0
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 c fm
M B h
F lo o r
M a in H tg -8
.1
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0 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
.0 T o ta l O p t
V e n t
.0
.0
.0
-8 .1
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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
-1
8 0 0
.0
.2
.0
.0
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 0
2 0 0 0 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d
E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
S ta ff R
R
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 tin g D e s ig 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
.3
.8
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
.3
.8
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
.6
.3
.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
.8
-9
.0
G la ss
S o la r
G la ss /D o o r C o n d -2
.3
-2
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
.4
-1
-9
P a rt iti o n /D o o r
.0
F lo o r
.0
S e c F a n
.8
In fil tr a tio n -7
-7
-4
-2
M in
S to p /R h
.4
S u b T o ta l =
-1
,2
-1
,0
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
-4
C e il in g L o a d
.0
-1
-6
V e n ti la ti o n
L o a d
.0
S u p
F a n H e a t
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
.0
.0
D u c t
H e a t
P k u p
.0
.0 c fm /f t²
O v /U n d r S iz in g
.0
.0 c fm /t o n
E x h a u s t H e a t
.0
.0 ft
²/ to n
.0
.0
B tu
/h r· ft ²
.0
N o
P e o p le
G ra n d T o ta l
.0
-1
,0
-1
,0
.0
.0
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 c fm
M B h
F lo o r
M a in H tg
.0
.6
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
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
.0
T o ta l
O p t V e n t
.0
.0
.0
.0
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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
6 0 0
.0
-1
.4
.0
.0
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 0
0 0 0 0 0 0 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d
E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
S to ra g e
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 tin g D e s ig 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
.8
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
.0
.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
.4
-1
.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
.9
-5
-3
P a rt iti o n
/D o o r
.6
-3
-3
F lo o r
.0
S e c F a n
.3
In fil tr a tio n -1
,9
-1
,9
M in
S to p /R h
.4
S u b
T o ta l =
-3 ,1
-2
,7
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 o a d
.0
-4
V e n ti la ti o n L o a d
.0
S u p
F a n H e a t
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
.0
.0
D u c t
H e a t
P k u p
.2
.0 c fm /f t²
O v /U n d r S iz in g
.0
.0 c fm /t o n
E x h a u s t H e a t
.0
.0 ft
²/ to n
-3
.9
.0
B tu /h r· ft
²
.0
N o
P e o p le
G ra n d T o ta l
.0
-3
,1
-3
,1
.0
.0
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 c fm
M B h
F lo o r
M a in
H tg
-3 .2
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
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
.0 T o ta l O p t
V e n t
.0
.0
.0
-3 .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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
-8
3 0 0
.0
.6
.0
.0
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 0
8 0 0 0 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d
E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
V id e o
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 tin g D e s ig 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
.3
.8
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
.3
.8
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
.3
-5
.0
G la ss
S o la r
G la ss /D o o r C o n d -7
.0
-7
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
.5
-1 ,1
-6
P a rt iti o n /D o o r
.0
F lo o r
.0
S e c F a n
.1
,1
In fil tr a tio n
-5 ,1
-5 ,1
,6
,1
M in
S to p /R h
.0
,2
S u b
T o ta l =
-7 ,5
-6 ,5
,7
,9
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
,0
P e o p le
.0
,5
A u x il ia ry
M is c
.0
,5
S u b T o ta l =
.0
,0
,7
C e il in g
L o a d
.0
-3
-1
V e n ti la ti o n L o a d
.5
-4
,4
S u p
F a n H e a t
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
.6
D u c t
H e a t
P k u p
.4
.3 c fm /f t²
O v /U n d r S iz in g
-5
.7
,2
,2
.4 c fm /t o n
E x h a u s t H e a t
-8 .1
-3 -3
.6 ft
²/ to n
-2
.0
.0
B tu
/h r· ft ²
.0 N o
P e o p le
,9
G ra n d T o ta l
.0
-7
,2
-2
,6
.0
,0
.0
,4
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 c fm
M B h
F lo o r
M a in
H tg
-7 .3
.9
.0
.9
.4
.9
.0
.5
.3
.0
.4
.4 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
.9
.4
T o ta l
O p t V e n t
.0
.0
.0
-7 .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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
4 0 0
.0
.2
.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
2 0
6 0 0
6 0
6 0 0
,0
In t
D o o r
E x t D o o r
.5 /1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d
E n e rg y.
o m
C h e c k s u m s B y M a zz e tt i
W o m e n s R e s tr o o m
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 tin g D e s ig 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
.8
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
.0
.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
.5
-3
.0
G la ss
S o la r
G la ss /D o o r C o n d -6
.4
-6
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
-1 ,0
-6
P a rt iti o n /D o o r
.1
-2
-2
F lo o r
.0
S e c F a n
.3
In fil tr a tio n -4
,4
-4
,4
M in
S to p /R h
.6
S u b
T o ta l =
-6 ,7
-6 ,0
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 o a d
.0
-1 ,0
V e n ti la ti o n
L o a d
.0
S u p
F a n H e a t
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
.0
.0
D u c t
H e a t
P k u p
.2
.0 c fm /f t²
O v /U n d r S iz in g
.0
.0 c fm /t o n
E x h a u s t H e a t
.0
.0 ft
²/ to n
-3
.4
.0
B tu /h r· ft
²
.0
N o
P e o p le
G ra n d T o ta l
.0
-7
,0
-7
,0
.0
.0
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 c fm
M B h
F lo o r
M a in
H tg
-7 .0
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
.0
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
.0
T o ta l
O p t V e n t
.0
.0
.0
-7 .0
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 ss S o la r G la ss
/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 fil tr 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
S y s te m P le n u m
H e a t
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
8 0 0
.0
.3
.0
.0
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 0
1 0 0 0 0 0
In t
D o o r
E x t D o o r
.0
/1 f t²
T R
A C
E v
.3
.2 c a lc u la te d a t
:3
A
M o n
/1
/2
P ro je ct N a m e
M in id o ka V is ito r C e n te r
R e m o d e l
D a ta se t N a m e
A lte rn a tiv e s te m C h e c k s u m s R e p o rt
P a g e o f
P ro p o se d
E n e rg y.
VOLTS (L-L): 208V PANEL TYPE: MCB: 400A /3P
PHASE: 3 MOUNTING: BUS RATING:
WIRES: 4 ENCLOSURE: AIC RATING:
SERVICE ENTRACE RATED: YES SUBFEED LUGS:
AMPS POLES PHASE AMPS POLES
1 FCU-1 7 12.168 60 2 A 20 1 0.345 1 2
3 " B 20 1 0.345 1 4
5 FCU-2 7 12.168 60 2 C 20 1 0.345 1 6
7 " A 20 1 0.453 1 8
9 CU-1 7 8.244 30 3 B 20 1 0.468 1 10
11 " C 20 1 0.240 1 12
13 " A 20 1 1.080 2 14
15 CU-2 7 8.244 30 3 B 20 1 1.080 2 RM 113 16
17 " C 20 1 1.800 2 RM 112 18
19 " A 20 1 0.860 1 RM 114, 109 20
21 UH-2 7 0.750 20 2 B 20 1 0.720 2 RM 107 22
23 " C 20 1 0.720 2 RM 109 24
25 UH-3 7 3.000 20 2 A 20 1 0.540 2 RM 115, 108 26
27 " B 20 1 0.900 2 RM 100-104 28
29 UH-4 7 3.000 20 2 C 20 1 0.500 7 MOTORIZED SHADES 30
31 " A 20 1 1.000 7 32
33 UH-5 7 3.000 20 2 B 20 1 1.000 7 34
35 " C 20 1 1.000 7 36
37 EF-1,2 7 1.510 20 2 A 20 1 1.000 7 38
39 " B 20 1 1.000 7 40
41 EWH-1 7 8.320 50 2 C 20 1 1.000 7 42
43 " A 20 2 0.750 7 44
45 EWH-2 7 8.320 50 2 B 46
47 " C 20 2 8.320 7 48
49 EWH-3 7 8.320 50 2 A 50
51 " B 20 2 8.320 7 52
53 LCP 1 0.500 20 1 C 54
55 FACP 7 0.500 20 1 A 20 1 1.530 7 56
57 RETAIL 110, 109 2 0.720 20 1 B 20 1 0.360 2 58
59 SPACE C 20 1 0.360 2 60
61 SPACE A 20 1 62
63 SPACE B 20 1 64
65 SPACE C 20 1 66
67 SPACE A 20 1 68
69 SPACE B 20 1 70
71 SPACE C 20 1 72
73 SPACE A 20 1 74
75 SPACE B 20 1 76
77 SPACE C 20 1 78
79 SPACE A 20 1 80
81 EXTERIOR 2 0.360 20 1 B 20 1 82
83 ATTIC 2 0.360 20 1 C 20 1 84
A
B
C
LOAD TYPE (NUMBER) 1 2 3 4 5 6 7 8 8
LOAD TYPE (DESCRIPTION) Lighting Receps Motors L. Mot.
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