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17.97
10.8
45.3m²
Company:
Location:
Service of Unit: Our Reference:
Item No.: Your Reference:
Date: Rev No.: Job No.:
6.45 13.5564 Forced 3
4879.2 m²
kW948.2 °C
18.3 329.2 385.3 W/(m² K)
i-butane
kg/s 2.734
°C
kg/s
kg/s
kg/s
kg/s
mPa s
51.8
0
2.734
0
64.97
0.113
kg/s153.6613
m³/s48.862
Pa23
m/s1.98 kg/s/m²2.07
m1000
°C23
°C29.05
°C19
kg/m³ 535.33
12.13
2.498
515.27
11.37
2.59
-0.001030.15
°C
bar 4.8
kJ/kg
1.833
0.088
0.019
1.884
0.083
0.021
°C 36.936.9
m² K/W 0.00024
bar6 200 °C
6.45
2
3
2 42.44
Box
SS 316L
1
68.8
23.7
SS 316L
19.05
129
0.4
49
L-finned
Aluminum 1060
42.86
433
1
3.3528
1.852
13810.9
6
2301.8
1.65 mm
m
mm
mm
3
mm
mm
m² kg
1
1
#/m °C
m
kJ/(kg K)
W/(m K)
W/(m K)
kg/m³
kJ/(kg K)36.27
2.734
0
64.97
0.139
0
30 Degrees
m
m
Area ratio
Code
hp
Design Temp
)
)
(
(
Min. Amb
Blade(s)
Specs
RPM
Angle
Hub
Bays par
Speed Reducer, Type
Mfr.&Model
Rating
No./Bay
Support
Ratio
Louvers
Wt.Bundle
Steam Coil
Min Thk.
Driver, Type
Mfr.
RPM
No./Bay
V/Phase/Hz
Enclosure
Control Action on Air Failure-
Drawing No. Wt. Unit
Lng
Fan,Mfr., Model
No./Bay
Pitch
Dia.
hp/Fan
Blade(s)
Degree Control of Outlet Process Temperature
PI
Plot Area
Recirculation
par
Notes:
Stamp
No.
OD
Code
Type
Material
Tks
Pitch
OD
No./Bun
Material
Specifications
Chem Cleaning
Rating
Special Nozzles
TI
Vibration Switches
Surf.Prep
Struct. Mount.
Louvers
MECHANICAL EQUIPMENT
Inlet Nozzle
Outlet Nozzle
Corr. Allow.
Gasket Mat.
Passes
Plug Mat.
Type
Material
Bundle frame
MISCELLANEOUS
Bundles
FIN
Tube Rows
Arrangement
Number/bay
Size
TubeTUBE BUNDLE Header
Design temperatureTest PressureDesign pressure
DESIGN-MATERIALS-CONSTRUCTION
Fouling resistance
Bubble / Dew point
Specific Heat, Vap
Therm. Cond, Liq
Therm. Cond, Vap
Latent heat
Inlet pressure (abs)
Freeze Point
Pres Drop, Allow/Calc
Density, Liq
Density, Vap
Specific Heat, Liq
Design Ambient
Temperature Out
Temperature In
Altitude
Mass velocityFace Velocity
Static Pressure
Air Quantity/Fan
Air Quantity, Total
PERFORMANCE DATA - AIR SIDE
Viscosity, Vap
Viscosity, Liq
Molecular wt, NC
Molecular wt, Vap
Water
Steam
Noncondensable
Vapor
Liquid
Temperature
In/Out
In/Out
Total Fluid Entering
Fluid Circulated
PERFORMANCE DATA - TUBE SIDE
CleanBare, ServiceTransfer Rate-Finned
MTD, EffHeat exchanged
Bare tube area / bundle
Number of BaysType
Surf/Unit-Finned Tube
Size & Type
1
2
3
4
56
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
Air-Cooled Heat Exchanger Specification Sheet
Thermal Details - General
3.75
385.3
bar 4.801034.88987789877
kg/s
010.010.01
2.734153.6613
19.05
2.7340
kg/s
kg/s
°C
°C
W/(m² K)
m² K/W
m/s
bar
kW
W/(m² K)
m²
°C m
02.734151.5404151.5404
36.2751.829.0523
36.936.9
938.6711.7
0.000240.0002
-0.001030.1523200
948.2
329.2
4879.2
10.8
1
2 1.65
3.83 1.6 0.03
3
129
3
6
42.86
0.4
mm
433 #/m1
Pa
Pa
0.01 0.01
mm
mm
mm
m² 271.5
1.02Area ratio: actual/required
Effective surface (bare tube)
Fin frequency
Humidity ratio
Fans/bay
Fin tks
Fin OD
Tube Length
Rows deep
Tubes/bundle
Tube ODBays/unit
Tube tksBundles/bay
Tube SideOutside
Effective MTD
Effective surface (total)
Overall bare coeff. (dirty/clean)
Total heat exchanged
Pressure drop (allow/calc.)
Velocity (highest)
Fouling resistance
Film coefficients
Dew / bubble point temperatures
Temperature
Liquid mass
Vapor mass
Tube passes
Total mass flow rate
Vapor mass quality
Operating pressure
41.05 35.07
7.96
54.14 4.12
6.58
4.82 46.26
0.00107
0.00024
0.00013
0.0002
0.00141
m² K/W
938.6
4133.9
7997.8
5000
711.7
W/(m² K)
1.19 1.02
4095.1 4792.3m²
0.0026 0.00304m² K/W
W/(m² K) 385.3 329.2
4879.2
0.00309
34.45
8.8
4.04
7.27
45.44
m² K/W 0.0002
0.00024
0.0002
323.4
0.00025
227.9 266.7m² 271.5Area required (bare tube)
%%%
0.0
0.0
Tube side fouling
Outside fouling
1.0
Max Dirty
Tube side film (bare)
Tube side fouling
Tube wall
Outside fouling
Outside film
Resistance Distribution
Area ratio: actual/required
Area required (total)
Overall resistance
Overall coefficient
Overall Coefficient/Resistance Summary Clean Dirty
Thermal Details - Coefficients
3.94
0.87
3.55
0.9
4071.02
0.71
4132.84
0.72
874.04887.31
711.7 938.6
711.7
59.3
1438.4
1122.7
W/(m² K)
28993.9
2049.73
Multiple phase coefficients
Reynolds numbers
Film Coefficients
Vapor(Hydraulic)
Liquid(Hydraulic)
Tube SideOutside
Liquid (Diameter)
Vapor (Diameter)
Liquid
Vapor
Heat Transfer Parameters
Prandtl numbers
Reynolds numbers
Vapor sensible
Two Phase
Liquid sensible
In Out In In
Overall film coefficients
948.2
91.56
7.98
868.1
75.6
0
100
947.1
0
947.1
kWkW
4.4 0.47
100100
Liquid only
Total
2-phase
Vapor only
% total% total
Outside Tube SideHeat Load Summary
Extreme Tube Wall Surface Temperatures- Tube Side Outside
Bundle Tube Fouling ID Tube ID Base Tube OD Fin Tip Fin Tip Fouling
Tubepass
Row Tubegroup
Meantemperature
Max Min Max Min Max Min Max Min Max Min
°C °C °C °C °C °C °C °C °C °C °C
1 1 1 30.28 34.72 23.81 33.43 23.72 32.77 23.68 31.94 23.62 30.88 23.55
1 2 1 31.74 35.21 24.08 34.17 24.02 33.64 23.99 32.97 23.96 32.11 23.91
1 3 1 33.7 35.58 33.19 34.76 32.19 34.33 31.67 33.8 31.02 33.11 30.19
Thermal Details - Pressure Drop
0.00694
0.00001
0.00498
0
bar
-0.01634
0
24.54
0.05
17.62
0.01
57.79
0
-0.001030.15Pressure drop (allow/calc.)
Inlet header
Tube Side Pressure Distribution
Inlet nozzle
Through tubes
Across passes
Other header
Outlet nozzle
%dp
Tube Side Pass To Pass Pressure LossesPass No. Entering tubes Through tubes Exiting tubes Across pass
connections
bar bar bar bar
Pass 1 0.00023 -0.01657 0
m/s Pa
00
005.53
16.3255.53
005.53
78.24-235.53
2.23
2.23
3.77
1.59
-6
0
0
25
0
21.76
0
0
83.36
0
1.59 0
0
0
0
0.04
0.36
Pressure Loss
Pressure Gain
Outside Pressure Distribution %dp
Ground clearance
Fan guard
Fan inlet
Fan support
Fan
Plenum
Plenum penalty
Steam coil
Bundle
Louvres
Exit
Buoyancy
Acceleration