TEMA Specification Sheet
1
0 423,98 685 C - general service Flat Metal Jacket Fibe ASME Code Sec VIII Div 1 - - Single segmental Carbon Steel Carbon Steel Exp. - mm IZMJENJIVAČ TOPLINE DIMNI PLINOVI IZGARANJA - VODA 488 1650 AFL 1 1 28,6 m˛ 1 28,6 m˛ VODA DIMNI PLINOVI 2,8133 0,8203 kg/s 0 0 kg/s 0,8203 0,8203 2,8133 2,8133 kg/s 0 0 kg/s 0 15 90 °C 950 115,12 °C kg/ml 0,32 0,94 mPa s 32,8 32,8 kJ/(kg K) W/(m K) kJ/kg 2,5 0,993 bar 0,15 92,3 m/s 0,5 0,03325 bar 0,2 0,06839 0,0004 0,0002 m˛ K/W kW 913,6 °C 372,81 85,6 94,2 W/(m˛ K) 100,4 bar 3 125 985 °C 2 2 1,59 1,59 mm 203,1 - 41,1 - 125,5 - - - mm 1230 1598,9 kg 659,2 1717 44 kg/(m s˛) 45 41,55 mm mm 312 23,81 19,05 2 1650 mm mm mm Plain Carbon Steel 30 mm 508 Hastelloy C Hastelloy C - None - Hastelloy C - Carbon Steel Hor V Avg - 488 0 0 2,46675 0,92461 3 999,01 964,93 0,0458 0,0154 1,136 0,3113 1,492 1,132 4,316 4,375 0,0859 0,0257 0,5965 0,6774 T1 T2 S1 S2 0,00025 #/m ID 52,3 - 1 1 1 1 None Size/rating Ao based Vapor/Liquid -- Remarks TEMA class Intermediate Bundle Filled with water Weight/Shell Code requirements Floating head Tube Side Gaskets - Shell side Bundle exit Bundle entrance Type Expansion joint Tube-tubesheet joint Bypass seal Type U-bend Supports-tube Impingement protection Tubesheet-floating Channel cover Floating head cover Tubesheet-stationary Channel or bonnet Out In Surf/shell (eff.) Shells/unit Surf/unit(eff.) series parallel Connected in Type Size OD Sketch 1 2 3 4 5 6 7 PERFORMANCE OF ONE UNIT 8 Fluid allocation 9 Fluid name 10 Fluid quantity, Total 11 Vapor (In/Out) 12 Liquid 13 Noncondensable 14 Temperature (In/Out) 15 Dew / Bubble point 16 17 18 19 20 21 22 23 24 25 26 27 28 Heat exchanged 29 Transfer rate, Service 30 CONSTRUCTION OF ONE SHELL 31 Design/vac/test pressure:g 32 Design temperature 33 Number passes per shell 34 Corrosion allowance 35 Connections 36 37 38 Tube No. 39 Tks- 40 41 Length 42 Pitch 43 Tube type 44 Material 45 Shell 46 ID 47 OD 48 Shell Side 49 Tube Side 50 Shell cover 51 Tube pattern 52 Baffle-crossing 53 Type 54 Cut(%d) 55 Spacing: c/c 56 Baffle-long 57 Seal type 58 Inlet RhoV2-Inlet nozzle Shell Side Tube Side Fouling resist. (min) Pressure drop, allow./calc. Velocity Pressure (abs) Latent heat Thermal conductivity Specific heat Molecular wt, NC Molecular wt, Vap Viscosity Density MTD corrected Dirty Clean Heat Exchanger Specification Sheet
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Heat exchanger specification
Transcript of TEMA Specification Sheet
-
0
423,98
685
C - general service
Flat Metal Jacket Fibe
ASME Code Sec VIII Div 1
-
-
Single segmentalCarbon Steel
Carbon Steel
Exp.
-
mm
IZMJENJIVA TOPLINE DIMNI PLINOVI IZGARANJA - VODA
488 1650 AFL 1 1
28,6 m 1 28,6 m
VODA DIMNI PLINOVI
2,8133 0,8203kg/s
0 0kg/s 0,8203 0,8203
2,8133 2,8133kg/s 0 0
kg/s 0
15 90C 950 115,12
C
kg/m 0,32 0,94
mPa s
32,8 32,8
kJ/(kg K)
W/(m K)
kJ/kg
2,5 0,993bar
0,15 92,3m/s
0,5 0,03325bar 0,2 0,06839
0,0004 0,0002m K/W
kW913,6 C372,81
85,6 94,2 W/(m K)100,4
bar 3
125 985C
2 2
1,59 1,59mm
203,1 -41,1 - 125,5 -
- -
mm
1230 1598,9 kg659,2
1717 44 kg/(m s)45
41,55mm
mm
312 23,8119,05 2 1650mm mm mm
Plain Carbon Steel 30
mm508
Hastelloy C
Hastelloy C
- None
-
Hastelloy C
-
Carbon Steel
Hor
V
Avg
-
488
0 0
2,46675 0,92461
3
999,01 964,93
0,0458 0,01541,136 0,3113
1,492 1,1324,316 4,375
0,0859 0,02570,5965 0,6774
T1
T2 S1
S2
0,00025
#/m
ID
52,3 -1
1
1
1
None
Size/rating
Ao based
Vapor/Liquid
--
Remarks
TEMA class
Intermediate
BundleFilled with waterWeight/Shell
Code requirements
Floating head
Tube SideGaskets - Shell side
Bundle exitBundle entrance
TypeExpansion joint
Tube-tubesheet jointBypass seal
TypeU-bendSupports-tube
Impingement protection
Tubesheet-floating
Channel cover
Floating head cover
Tubesheet-stationary
Channel or bonnet
Out
In
Surf/shell (eff.)Shells/unitSurf/unit(eff.)
seriesparallelConnected inTypeSize
OD
Sketch
1
2
3
4
5
6
7
PERFORMANCE OF ONE UNIT8
Fluid allocation9
Fluid name10
Fluid quantity, Total11
Vapor (In/Out)12
Liquid13
Noncondensable14
Temperature (In/Out)
15
Dew / Bubble point
16
17
18
19
20
21
22
23
24
25
26
27
28
Heat exchanged29
Transfer rate, Service30
CONSTRUCTION OF ONE SHELL31
Design/vac/test pressure:g
32
Design temperature
33
Number passes per shell
34
Corrosion allowance
35
Connections
36
37
38
Tube No.
39
Tks-40
41
Length
42
Pitch
43
Tube type
44
Material
45
Shell
46
ID
47
OD
48
Shell Side
49
Tube Side
50
Shell cover
51
Tube pattern
52
Baffle-crossing
53
Type
54
Cut(%d)
55
Spacing: c/c
56
Baffle-long
57
Seal type
58
Inlet
RhoV2-Inlet nozzle
Shell Side Tube Side
Fouling resist. (min)
Pressure drop, allow./calc.
Velocity
Pressure (abs)
Latent heat
Thermal conductivity
Specific heat
Molecular wt, NC
Molecular wt, Vap
Viscosity
Density
MTD corrected
Dirty Clean
Heat Exchanger Specification Sheet
