Design
D - 41
Example of earthquake resistance calculation sheet
Earthquake resistance calculation sheet
Model name:
1. Foundation bolt data
No. of foundation bolts
: N=
4
2
2
SGP-E90J2GU2
12
113
11,760
11,760
11,760
1.0
700
7,056
7,056
3,528
1,000
1,614
1,614
1,473
2
1,060
1,473
2
15.6
15.6
14.3
13.4
221.4
221.4
221.4
221.4
No. of bolts in short direction: n
1
=
Foundation bolt diameter
: D=
mm
No. of bolts in long direction : n
2
=
Foundation cross-sectional area : A=
D
2
/4=
mm
2
Installation method
(refer to construction method)
(can also be selected after calculation)
Foundation bolt short term allowable load : Ta=
N/bolt
2. Calculation
Design horizontal magnitude : K
H
=
Operating
load
W
= N(product mass×9.8)
Horizontal earthquake force
: F
H
= K
H
W=
N
Height of center of gravity
: h
G
= mm
Vertical earthquake force
: F
V
= F
H
/2=
N
Short direction
Long direction
Bolt span
No. of bolts
Pull out load
l
1
=
mm
n
1
=
bolts
R
b1
=
N
l
2
= mm
n
2
= bolts
R
b2
= N
Pull out load
Shear force
Tensile stress
R
b1
=
N R
b1
< T
a
(=
N/bolt)
=F
H
/N A=
N/mm
2
< f
s
(= 132×0.75N/mm
2
)
1
=R
b1
/A=
N/mm
2
1
< f
t
(= 176N/mm
2
)
f
ts
= 1.4f
t
-1.6
=
N/mm
2
1
< f
ts
=
N/mm
2
R
b2
= N
R
b2
< T
a
(=
N/bolt)
=F
H
/N A= N/mm
2
< f
s
(= 132×0.75N/mm
2
)
1
=R
b2
/A=
N/mm
2
2
< f
t
(= 176N/mm
2
)
f
ts
=1.4f
t
-1.6 = N/mm
2
2
< f
ts
=
N/mm
2
Judgment
OK
NG
OK
NG
Calculation formulae
Pull out load
R
b
: Pull out load (N)(short direction: R
b1
, long direction: R
b2
)
R
b
=
l
: Bolt span (mm) (short direction:
l
1
, long direction:
l
2
)
n : No. of bolts (short direction: n
1
, long direction: n
2
)
l
G
: Distance to CofG (mm) (short direction:
l
G1
, long direction:
l
G2
)
However,
l
G
l
/2
Allowable tensile stress in bolt subjected to simultaneous shear stress
f
ts
= 1.4f
t
-1.6
f
ts
: Allowable tensile stress in bolt simultaneously subject to shear stress (N/mm
2
)
f
t
:Allowable tensile stress in bolt subject to tensile stress only (N/mm
2
)
Reference: The material SS400 short term allowable tensile stress ft
176 N/mm
2
,
SS400 short term allowable shear stress 132×0.75 N/mm
2
<Calculation dimensions>
F
H
h
G
- (W -F
V
)
l
G
l
n
h
Short direction
(front)
l
1
l
G1
G
l
2
l
G2
G
Long direction
Installation
location
Design horizontal
magnitude K
H
On the roof
1.0
π
τ
τ
τ
τ
τ
τ
τ
σ
σ
σ
σ
σ
σ
Embedded J.JA type bolt. Slab thickness: 12cm
On the ground
0.4
700
485
1000
1060
515
8. Salt resistant specification
Summary of Contents for SGP-E120J2GU2
Page 49: ...Design D 5 2 Operating temperature ranges for heating and cooling Cooling Heating ...
Page 87: ...Design D 43 8 Salt resistant specification ...
Page 109: ...Construction E 22 4 Outdoor unit installation and construction ...
Page 110: ...Construction E 23 4 Outdoor unit installation and construction ...
Page 111: ...Construction E 24 4 Outdoor unit installation and construction ...
Page 112: ...Construction E 25 4 Outdoor unit installation and construction ...
Page 113: ...Construction E 26 4 Outdoor unit installation and construction ...
Page 114: ...Construction E 27 4 Outdoor unit installation and construction ...
Page 115: ...Construction E 28 4 Outdoor unit installation and construction ...
Page 116: ...Construction E 29 4 Outdoor unit installation and construction ...
Page 117: ...Construction E 30 4 Outdoor unit installation and construction ...
Page 118: ...Construction E 31 4 Outdoor unit installation and construction ...
Page 119: ...Construction E 32 4 Outdoor unit installation and construction ...
Page 120: ...Construction E 33 4 Outdoor unit installation and construction ...
Page 121: ...Construction E 34 4 Outdoor unit installation and construction ...
Page 122: ...Construction E 35 4 Outdoor unit installation and construction ...
Page 123: ...Construction E 36 4 Outdoor unit installation and construction ...
Page 124: ...Construction E 37 4 Outdoor unit installation and construction ...
Page 127: ...Construction E 40 5 Commissioning ...
Page 128: ...Construction E 41 5 Commissioning ...
Page 129: ...Construction E 42 5 Commissioning ...
Page 130: ...Construction E 43 5 Commissioning ...
Page 131: ...Construction E 44 5 Commissioning ...
Page 132: ...Construction E 45 5 Commissioning ...
Page 133: ...Construction E 46 5 Commissioning ...
Page 134: ...Construction E 47 5 Commissioning ...
Page 135: ...Construction E 48 5 Commissioning ...
Page 136: ...Construction E 49 5 Commissioning ...
Page 137: ...Construction E 50 5 Commissioning ...
Page 138: ...Construction E 51 5 Commissioning ...
Page 139: ...Construction E 52 5 Commissioning ...
Page 140: ...Construction E 53 5 Commissioning ...
Page 141: ...Construction E 54 5 Commissioning ...
Page 142: ...Construction E 55 5 Commissioning ...
Page 143: ...Separately Contents 1 Parts for the outdoor unit 1 Exhaust extension kit F 2 F 1 ...
Page 150: ...Periodicinspection G 3 1 Periodic maintenance contract 70 90 Type 120 150 190 Type ...
Page 155: ...Water heat exchange unit H 5 3 External view ...
Page 158: ...Water heat exchange unit H 8 4 Specification 2 External dimension diagram ...
Page 161: ...Water heat exchange unit H 11 4 Specification ...