marine
TRANSCRIPT
www.dh.co.kr
DongHwa Entec Fresh Water Generators are theequipment that convert sea water or exhausteddirty water to pure water for drinking, boiler
make-up, domestic use on ship and small power station.At that time, sea water is evaporated at about 45 C~50 C as it passed the inside of heater under the highvacuum condition and the separated pure vapor isconverted to fresh water on condenser. Plate Type Tubular Type
Our company endeavor ceaselesslyto develop new products
and for quality improvement
Heat Exchanger Solution Partner
Fresh Water Generator
Fresh Water Generator
Plate Type
Tubular Type
The DongHwa Entec DF Series Fresh Water Generator utilizes the heat from diesel engine jacket cooling water toproduce pure drinkable water by evaporating sea water under high vacuum enabling the feed water to evaporate attemperatures below 48 C . Steam can also be used as the heat source instead of the hot jacket water.
The DongHwa Entec DF Series Fresh Water Generator is based on 2 titanium plate heat exchangers acting as anevaporator and a condenser respectively.
The evaporation chamber is kept under vacuum by a water ejector driven by the sea water outlet from condenser. Apart of this heated sea water is used as feed water for the evaporator. The feed water evaporates when entering theevaporating chamber due to the vacuum condition. Water spray and droplets are partly removed from the vapour bythe deflector mounted on top of the evaporator and partly by a build-in demister. The separated water droplets fallback into the brine, which is extracted from the sump by means of the ejector pump.
The desalted vapour passing through the demister will be sucked into the plate condenser where it will becondensed by means of cold incoming salt water.
The pure distilled water will be taken out by means of an integral fresh water pump. The pure water taken out fromthe condenser will be controlled by a salinometer to supervise that the pre-set salinity(1~10ppm) will be reached. Ifthe salinity exceeds the specified level, the solenoid valve in the discharge line of the distiller pump is automaticallyactivated and the faulty distillate is returned to the feed line.
Working Principle
The main engine jacket cooling water circulates the outside of the vertical tube in heating section and the sea waterto be distilled is sent to the bottom cover of this section. Then some of the sea water is converted into vapour when itgoes up through the heated tubes. The vapour, through the demisters, is condensed on the outer surface of the tubesof the distilling condenser and the resultant distillate is led to the suction of the distillate pump. In the meantime thenon-condensable gases and brine are extracted and discharged to overboard by the combination ejector.
Capacity Type Connection Jacket waterflow(m3/24hr)
Heatconsumption
Ejector pumpcapacity
Ejector pumpconsumption(60Hz)
FW pumpconsumption(60Hz)
m3/24hr357101215182025303540455060
Single stageDF3DF3DF7DF7DF7DF13DF13DF13DF13DF23DF23DF35DF35DF35DF35
JIS404040656565656580100100125125150200
8081012242634384454758086100112132
85681020233035404867758090100118
90568151622253035505560687490
KW11016022031036046054060075091010801220136015201850
KW3.64.86.66.611.011.011.011.015.018.522.022.022.022.224.0
bar3.03.03.03.03.03.03.03.03.03.03.03.03.03.03.0
KW0.750.750.750.750.750.750.750.750.751.51.51.51.51.51.5
m3 bar8 4.013 4.018 4.024 4.029 4.035 4.040 4.044 4.058 4.075 4.088 4.092 4.095 4.0120 4.0140 4.0
Capacity Type ConnectionJacket water flow
80Heat
consumptionEjector pump
capacityEjector pump
consumption(60Hz)FW pump
consumption(60Hz)m3/24hr
510152025303540
Single stageDX- -5DX- -10DX- -15DX- -20DX- -25DX- -30DX- -35DX- -40
JIS658080100100125125125
m3/24hr1326375456698085
KW1412824235647058469871128
KW5.56.6111115
18.518.522
bar23333333
KW0.41.51.51.51.51.51.51.5
m3 bar13 4.824 4.835 4.844 4.861 4.875 4.875 4.890 4.8
Technical Specification of DF Type
Working Principle
Technical Specification of DX- Type
IV
III
III I
II
VV DRIV'G S. WATER
JACKET WATER
JACKET WATER
TO OVERBOARD
FRESH WATER
9V
(VACUUM OPERATINGTYPE WITH PURGEMETER)
INJECTION UNITCHEMICAL
J.W. OUTLET
J.W. INLET
S.W. OUTLET
S.W. INLET
HIGH SALT WATERRETURN LINE
DIST
ILLE
D W
ATER
-760mmHg~4KPOWER SUPPLYALARM
4VV 4
PRODUCT WATER OUTLET
HEATER
SEA WATER FEEDING
-760mmHg~4K
0~150C
0~150C
-760mmHg~4K
0~100flC
DEFLECTOR
DEMISTER
PREHEATERCONDENSER
V6
CP
PUMPEJECTOR
AIR
SET P. 3.3KR
0~100flC
0~6K
VV6
T 0~100flC
VACUUM BREAKERV6
-760mmHg~0K
BRINE
HEATING LINES.W LINE
YARD SUPPLY
F.W LINEELECTRIC WIRING
V2
T
V
A5 V
11V
P
S
8
WATER EJECTOR
12
VACUUM ADJUSTING VAVLE
LEGEND
R
S 2-WAY SOLENOID VALVE
RELIEF VALVESIGHT GLASS3-WAY COCK
PRESS. REGULAT. VALVESWING CHECK VALVEGLOBE VALVEP
C
V
T
SC
A
FM
THERMOMETER
AIR VENT VALVE
FLOW METERSALINITY CELL
ORIFICE
VACUUM GAUGECOMPOUND GAUGEPRESSURE GAUGE
3V
14
6V
V
C
T
C
T
T
BACK PRESS. MAX. 8 mAq
2V
V6
DISTILLATEPUMP
C
INDICATORSALINITY
1SC
V
13VFM
BACK PRESS. MAX. 18 mAq
VY&K
N P
Removal spaceof heater
H
C
START/STOPOFF
ALARMSETINCDEC
JK-201 BUSAN GENERAL ELECTRIC
SALINITY CONTROLLER
±Ë«–º
50 LTR.
B= 400H= 570
FLOWMETER
VALVEVACUUM ADJUSTING
SIGHT GLASS
CONTROL PANEL
DISTILLATE PUMP
PURGE METER
ZINC
NAME PLATE
AIR SUCTION LINE
THERMOMETERTHERMOMETER
FEED VALVE
S.W FEED LINE
VALVESOLENOID
PRESS GAUGE
SALINITY SENSOR
FRESH WATER OUTLETFLOW METER
COMP. GAUGE
RETURN LINEHIGH SALINITY WATER
ORIFICE
COMP. GAUGE
JACKET WATER INLET
SIGHT GLASS
SAFETY VALVE
JACKET WATER OUTLET
VACUUM BREAK VACUUM GAUGE
SUCTION LINEDISTILLED WATER
SEA WATER INLET
N.P
CHEMICAL DOSING UNIT
HANDLEDISTILLER SHELL
DIVISION PLATE
DEMISTER
SEA WATER OUTLET
BRINE LINE
TWIN EJECTOR
DISTILLATE PUMP
END PLATE
FOLLOWER
SIDE MEMBER
SALINITY CONTROLLER
CONTROL PANEL
EVAPORATOR PLATES
CONDENSER PLATESDISTILLER BASE FLANGE
E
D
Spac
e fo
r
dem
ount
ing
shel
l
C
B
A
N.P
of h
eate
rRe
mov
al s
pace
B
A
L
T
T
No.21 Ejector pump is option.
Delivery extent Dong-hwa
Distilled water
electrical wire / Dong-hwa
electrical wire yard or customer
flexible hoseschemical dosing equipment
Air / Vacuum31
6430
8JACKET W.
2 18
1
3427
1717
12
17
T5
5
T5
T
20195
5
22
COOLER
J.W OUTLET
24
23Bypass
J.W INLET
33
1434
32329
250.6 barmax.
7
engineMain or aux.
Jacket w.pump
26261.8 BarMax. back pressure
151633
109
1113
pressure max. 0.6 bar)(Please note the counter
4.8 bar
2128
min. 0.1 bar
Over board
chestSea
Installation sketch of Freshwater Generator
Dimension List
Dimension List
Type
DX- -5DX- -10DX- -15DX- -20DX- -25DX- -30DX- -35DX- -40
L
14801680183518802050225024002500
B
820980103010601150133013801400
H
14302005197516801850208021002205
C
16551840203022502310247025102550
A
6508308509901200150015001500
Approx. Weight(kg)Empty Operation Ejector P/P
68075085011401145115012001320
780900100013501370140015701650
120120128140175175175187
DF3/5DF7/10DF13/15DF13/20DF13/25DF23/30DF23/35DF35/40DF35/45DF35/50DF35/60
6101020102010801080127612761276127612761276
10131400155016601660183821002200220022002200
8108086257807801210900900900900900
9351042106512801450178514401590170017501800
14601500143515501820225517101810200021002200
3104004304506406757008508909101130
4005505806008509009501100120012501500
Approx. Weight(kg)
Empty OperationType A B C D E
NO. DESCRIPTION1 EVAPORATOR2 CONDENSER3 TWIN EJECTOR4 VACUUM GAUGE5 THERMOMETER6 DISTILLER BASE FLANGE7 DISTILLER COVER
NO. DESCRIPTION8 FLOW SIGHT GLASS9 FRESH WATER PUMP10 SALINITY SENSOR11 SALINITY INDICATOR(controller)12 SOLENOID V/V13 CONTROL PANEL14 PRESSURE GAUGE
NO. DESCRIPTION15 PAN CHECK VALVE16 FLOW METER FOR DISTILLED WATER17 CHEMICAL DOSING UNIT18 DEMISTER19 FEED VALVE20 ORIFICE21 EJECTOR PUMP(Option)
NO. DESCRIPTION22 SEA WATER INLET23 JACKET WATER INLET24 JACKET WATER OUTLET25 SEA WATER OUTLET26 DISTILLED WATER OUTLET27 BRINE OUTLET28 SEA WATER FILTER (Max. 5mm)
NO. DESCRIPTION29 AIR / VACUUM SUCTION LINE30 SAFETY VALVE31 VACUUM BREAKER32 DRAIN LINE VALVE33 COMPOUND GAUGE34 CHECK VALVE
HEAD OFFICE AND FACTORY1575-6, Songjeong-Dong, Gangseo-Gu,Busan, 618-270, KoreaTel :+82-51-970-1000 Fax : +82-51-970-1001
R&D CENTER#1219-1, Jisa-Dong, Gangseo-Gu, Busan, KoreaTel :+82-51-970-0711 Fax : +82-51-970-0730
SEOUL OFFICERoom No, 1515 Hanshin Core Officetel 11-9Shinchun-Dong, Songpa-Gu,Seoul 138-733, KoreaTel :+82-2-421-4707 Fax :+82-2-421-4708
SHANGHAI OFFICEDongHwa Entec Shanghai Branch OfficeNo 68 Lane 377 Chenhui Rd Shanghai ZhangjiangHi-Tech Park 201203 P.R. ChinaTel : +86-21-5027-1828 Fax : +86-21-5027-1878
www.dh.co.kr
Steam Injection System
Diesel engine jacket cooling water which otherwise wouldbe lost to the sea is used for heating source. And if it is usedwith mixing injector, the boiler steam also can be used for thepurpose when anchoring at harbour where jacket coolingwater is not available.
Heating Source
-Combined cooling and ejector water pump with electric motor.-Control panel with motor starters and salinometer.-Feed water anti-scale chemical dosing unit.
-Hot water loop module for steam boosting of jacket water.-Extended control panel with motor starters and salinometer.-Individual single motor starters and salinometer.-Fresh water pH adjustment filter.-Fresh water disinfection equipment.
NOTE : The allowable range of the driving steam pressure is 3kg/cm2g minimum and 9kg/cm2g maximum
Steam Consumption(ton/hr)
Capa
city
(ton/
day)
0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8
45
40
35
30
25
20
15
10
5
0
Additional equipment necessary for operation
Optional equipment
Steam Consumption of Steam Injector
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DongHwa Plate Heat Exchangers are used in the industrial,marine, food and dairy sectors. DongHwa works at high qualitylevel, based on an experienced staff, with regards to both
production and calculation of Plate Heat Exchangers.DongHwa can, with the help of specially developed computerprograms, quickly calculate an optimal solution to any plate heatexchanger application, based on the customer’s demands.The calculated Plate Heat Exchanger is documented for the customeron a well-arranged and easily read data list.
Our company endeavor ceaselesslyto develop new productsand quality improvement
Heat Exchanger Solution Partner
Plate Heat Exchangers
Plate Heat Exchangers
Port hole
Fluid distributionside
Gasket
Heattransfer area
Leakage vent
A PLATE B PLATE
Gasket is attached to the heat plate which forms flow channel and acts seal up the fluidnot to leak to the outside. The number of the heat plate is determined according to theamount of fluid, physical properties of fluid, the pressure drop and thermal condition. Thecovers prevent the plates bended from the difference of pressure. In the assembly of plate,the surface with gasket is directed to the fixed cover and each plate is hanged in oppositedirection alternately. And two fluids cannot be mixed and separated by a thin plate. Onefluid always flows in "A" channel and the other fluid always flow in "B" channel.
The plate heat exchanger consists of a frame, which in turn consists of a Head cover, a Follower cover, a support pillar, a carrying bar, a guiding bar and a number oftightening bolts. In between the head and the follower cover a varying number ofpressed plates are clamped together.Each plate is supplied with a gasket, so that the plates form a closed system of parallelflow channels. through which the medias flow alternately at every second interval.
The construction of the inlet part makes a perfect distribution of the liquids across the heating surface.The inlet part is increased and supplied with grooves preventing dead spots which may cause the growth of bacteria or seaweeds inthe plate heat exchanger.The inlet with grooves secures a strong inlet part with a minimum of contact points.The inlet parts are constructed with a leakage drained zone fulfilling the 3A specifications.The plate pattern is constructed to obtain a high thermal efficiency. The pattern is available in two designs with different angle sizesgiving high respectively low turbulent flow. Combining these in a plate pack and optimal plate composition can be calculated.The angle and fishbone pattern has appeared to male the best heat transmission by a given pressure drop.
High-theta Plate High-theta PlateLow-theta Plate Low-theta Plate
HIGH -THETA PLATE
High turbulent flowHigh heat transfer coefficientPerfect temperature approachHigh pressure drop
LOW -THETA PLATE
Low turbulent flowLow heat transfer coefficientHigh temperature approachLow pressure drop
Working Principle
The Design and Function of DongHwa Plate Heat Exchanger
Type of Heat Plate
Plate Design
Follower Cover Roller Assembly Carrying Bar
Head Cover
Guide Bar
Plate Pack
STURN TUBE
S/T L.O COOLER
MAIN AIR COMPMAIN ENGINE
JFW COOLERL.O COOLER
GENERATOR ENGINE
MAIN AIR COMP.
F.W COOLER
CENTRAL F.W COOLER
ApplicationMarine Application and Engines,Architecture Industry, Automobiles Industry,Textile Industry, Pulp and Paper Industry,Chemical Industry, Steel Industry,Mechanical Industry, Food Industry, HVAC,Power Stations, Surface Treatment
Marine application
Wide contact areaThe strength of the plate is excellent, compared with other companies' products with the point
contact type, as the metal contact point has the surface contact feature when the plates areassembled. And the durability and corrosion resistance are greatly improved by minimizingdeformation and stress concentration.
Besides, the section of the gasket is designed and manufactured to have a pressure-resistantstructure that enables the minimum contact area with the fluid, and thus to withstand a highpressure.
Plate Type
Tubular
TIME
FOUL
ING
FACT
OR
Insert Plate
Insert Gasket
Anti Vibration DesignDesigned to prevent loosening the tightening bolts and nuts during continuing operation which
secure to prolong the equipment's operation lifetime and prevent leakages.
Easy disassembly and assemblyEven the biggest model also can be assembled or disassembled by 1 or 2 persons.
As it is designed to have a dual fixing method of the insert-typed plate and insert-typed gasket,there is no sliding on the plates. It prevents sliding and an assembling failure even when a non-skilled novice disassemble or assemble the device. (Excellent maintenance against materialswith high viscosity such as oils for LO cooler or oil heater)
Characteristics
Others
Dead Zone
OursContact Area Comparison
Improved Wave
Clip GasketThe gasket can be fixed tightly and quickly on the heat
plate in the optimum condition with the dual fixing device(snap on type), and is designed and manufactured to havethe glue type and non-glue type so that it can be selectedaccording to the usage.
Temperature Approach
The turbulent flow, promoted by the wave pattern ofthe heat plates, enables a very high heat transfercoefficient. Proximity Limit: 1
Model HT03 HT061 HT062 HT064 HT081 HT082 HT083 HT101 HT102 HT103 HT104
Max. Flow m3/hr 17 80 80 80 140 140 140 200 200 200 200
Area of Plate m2 0.03 0.08 0.12 0.23 0.25 0.35 0.5 0.16 0.26 0.36 0.46
Plate Hole Dia. mm 18.4 65 65 65 85 85 85 105 105 105 105
Max.Conn.Dia. mm 40 65 65 65 100 100 100 100 100 100 100
Dimension - A mm 180 328 328 328 456 456 456 464 464 464 464
Dimension - B mm 490 668 823 1223 1158 1485 1899 880 1120 1409 1649
Dimension - C( 1.5%) mm (2.5+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n (2.7+0.5) x n (2.7+0.5) x n (2.7+0.5) x n (3.3+t) x n (3.3+t) x n (3.3+t) x n (3.3+t) x n
Model HT121 HT122 HT123 HT150 HT151 HT152 HT153 HT154 HT200 HT201 HT202
Max. Flow m3/hr 250 250 250 420 420 420 420 420 730 730 730
Area of Plate m2 0.34 0.55 0.71 0.25 0.55 0.85 1.15 1.45 0.2 0.5 0.8
Plate Hole Dia mm 115 115 115 150 150 150 150 150 200 200 200
Max.Conn.Dia. mm 125 125 125 150 150 150 150 150 200 200 200
Dimension - A mm 614 614 614 720 720 720 720 720 720 720 720
Dimension - B mm 1399 1805 2119 1189 1663 2137 2611 3085 1189 1663 2137
Dimension - C( 1.5%) mm (3.9+t) x n (3.9+t) x n (3.9+t) x n (2.95+t) x n (2.95+t) x n (2.95+t) x n (2.95+t) x n (2.95+t) x n (2.95+t) x n (2.95+t) x n (2.95+t) x n
Model HT203 HT204 HT231 HT232 HT233 HT234 HT235 HT301 HT302 HT303 HT304
Max. Flow m3/hr 730 730 950 950 950 950 950 1700 1700 1700 1700
Area of Plate m2 1.1 1.4 0.55 0.86 1.02 1.35 1.85 0.63 1.1 1.34 1.58
Plate Hole Dia. mm 200 200 224 224 224 224 224 300 300 300 300
Max.Conn.Dia. mm 200 200 250 250 250 250 250 300 300 300 300
Dimension - A mm 720 720 886 886 886 886 886 998 998 998 998
Dimension - B mm 2611 3085 1605 1980 2168 2543 3105 1925 2405 2645 2885
Dimension - C( 1.5%) mm (2.95+t) x n (2.95+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n (3.05+t) x n
Model HT305 HT351 HT352 HT353 HT354 HT451 HT452 HT453 HT454 HT501 HT502
Max. Flow m3/hr 1700 2400 2400 2400 2400 3400 3400 3400 3400 4000 4000
Area of Plate m2 2.05 1.09 1.75 2.45 3.15 1.23 2.0 2.15 2.8 2.38 3.36
Plate Hole Dia. mm 300 355 355 355 355 430 430 430 430 485 485
Max.Conn.Dia. mm 300 400 400 400 400 500 500 500 500 550 550
Dimension - A mm 998 1115 1115 1115 1115 1390 1390 1390 1390 1540 1540
Dimension - B mm 3347 2292 2912 3532 4152 2698 3264 3373 3830 3230 3950
Dimension - C( 1.5%) mm (3.05+t) x n (3.35+t) x n (3.35+t) x n (3.35+t) x n (3.35+t) x n (3.7+t) x n (3.7+t) x n (3.7+t) x n (3.7+t) x n (3.6+t) x n (3.6+t) x n
Model HT503
Max. Flow m3/hr 4000
Area of Plate m2 4.02
Plate Hole Dia. mm 485
Max.Conn.Dia mm 550
Dimension - A mm 1540
Dimension - B mm 4310
Dimension - C( 1.5%) mm (3.6+t) x n
t : Heat Plate Thickness
Plate Heat Exchanger Technical Data
HEAD OFFICE AND FACTORY1575-6, Songjeong-Dong, Gangseo-Gu,Busan, 618-270, KoreaTel :+82-51-970-1000 Fax : +82-51-970-1001
www.dh.co.kr
The following materials can be applied to plates : SS304 and 316, Avesta 254SMO, Titanium, Ti-Pd, Nickel, Hastelloy-B & C276, Zirconium etc. The following materials can be applied to gaskets : NBR, EPDM, FPM, Neoprene, llR, Butyle, Silicone,Viton, Teflon Envelope (Special)
Max. operation temp. 180°CHeat transfer area 0.1 ~ 2,400m2/set"Max. operation press. 25 kg/cm3gMax. flow rate 4000m3/hr.set
R&D CENTER#1219-1, Jisa-Dong, Gangseo-Gu, Busan, KoreaTel :+82-51-970-0711 Fax : +82-51-970-0730
SEOUL OFFICERoom No, 1515 Hanshin Core Officetel 11-9Shinchun-Dong, Songpa-Gu,Seoul 138-733, KoreaTel :+82-2-421-4707 Fax :+82-2-421-4708
SHANGHAI OFFICEDongHwa Entec Shanghai Branch OfficeNo 68 Lane 377 Chenhui Rd Shanghai ZhangjiangHi-Tech Park 201203 P.R. ChinaTel : +86-21-5027-1828 Fax : +86-21-5027-1878
10,000ton hydraulic press
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Tank Cleaning Heater
T ankers carrying different kinds of liquid products must have their tanks thoroughly cleaned before loading another kind of cargo. In product and parcel tankers the tanks have to be washed with hot sea and fresh water to ensure the
required degree of tank cleanliness. The water is heated by steam of other heating medium in a heater can be used for this heating duty and is supplied to the tank washing machines through a tank cleaning system on deck. Every tank is provided with one or more washing machine facilities.
Our company endeavor ceaselessly
to develop new products
and for quality improvement
Heat Exchanger Solution Partner
Capacity Table
1. HEATED WATER : SEA WATER(TEMP. FROM 20° TO 80°)2. HEATING SOURCE : STEAM(6~10Kg/cm2G)3. DRAIN OUTLET TEMP. : 90° AND BELOW4. TUBE : AL-BRASS(JIS C6872T) 16mm(O.D.)×1mm (OPTION 1.2t, 1.4t)5. TUBE SHEET : NAVAL BRASS(JIS C4621P)6. TUBE SIDE MAX. DESIGN PRESS. : 17Kg/cm2G7. SHELL SIDE MAX. DESIGN PRESS. : 11Kg/cm2G
STEAM S.W FLOW RATE(M3/HR) 100 120 140 160 180 200 240 280 320 360 400
STEAMPRESS.
6Kg/cm2G
MODEL NUMBER TCH-50-1 TCH-50-2 TCH-50-3 TCH-55-2 TCH-60-2 TCH-60-4 TCH-60-6 TCH-70-3 TCH-70-5 TCH-70-8 TCH-70-10
L /A 2061/3223 2355/3517 2649/3811 2606/3880 2388/3675 2786/4073 3184/4471 2363/3890 2612/4139 2985/4512 3233/4760
STEAM CONSUMPTION(Kg/hr) 10151.2 12181.4 14211.7 16241.9 18272.1 20302.4 24362.8 28423.3 32483.8 36544.3 40604.7
SURFACE AREA(M2) 35 40 45 55 60 70 80 95 105 120 130
STEAM INLET SIZE 10K-150A 10K-150A 10K-150A 10K-200A 10K-200A 10K-200A 10K-250A 10K-250A 10K-300A 10K-300A 10K-300A
DRAIN OUTLET SIZE 10K-80A 10K-80A 10K-80A 10K-100A 10K-100A 10K-100A 10K-100A 10K-125A 10K-125A 10K-125A 10K-125A
S.W IN & OUTLET SIZE 16K-150A 16K-150A 16K-150A 16K-200A 16K-200A 16K-200A 16K-200A 16K-200A 16K-250A 16K-250A 16K-250A
WEIGHT OF T.C.H BODY 1340 1430 1520 1745 1890 1990 2230 2400 2560 2780 2990
STEAMPRESS.
7Kg/cm2G
MODEL NUMBER TCH-50-1 TCH-50-2 TCH-50-3 TCH-55-1 TCH-60-2 TCH-60-3 TCH-60-5 TCH-70-2 TCH-70-4 TCH-70-7 TCH-70-9
L /A 2061/3223 2355/3517 2649/3811 2369/3643 2388/3675 2587/3874 2985/4272 2239/3766 2487/4014 2860/4387 3109/4636
STEAM CONSUMPTION(Kg/hr) 10127.7 12153.2 14178.8 16204.3 18229.9 20255.4 24306.5 28357.6 32408.7 36459.8 40510.8
SURFACE AREA(M2) 35 40 45 50 60 65 75 90 100 115 125
STEAM INLET SIZE 10K-125A 10K-150A 10K-150A 10K-150A 10K-200A 10K-200A 10K-250A 10K-250A 10K-250A 10K-300A 10K-300A
DRAIN OUTLET SIZE 10K-80A 10K-80A 10K-80A 10K-100A 10K-100A 10K-100A 10K-100A 10K-125A 10K-125A 10K-125A 10K-125A
S.W IN & OUTLET SIZE 16K-150A 16K-150A 16K-150A 16K-200A 16K-200A 16K-200A 16K-200A 16K-200A 16K-250A 16K-250A 16K-250A
WEIGHT OF T.C.H BODY 1340 1430 1520 1745 1890 1990 2400 2400 2560 2780 2920
STEAMPRESS.
8Kg/cm2G
MODEL NUMBER TCH-50-1 TCH-50-2 TCH-50-3 TCH-55-1 TCH-55-2 TCH-60-3 TCH-60-5 TCH-70-1 TCH-70-4 TCH-70-6 TCH-70-9
L /A 2061/3223 2355/3517 2649/3811 2369/3643 2606/3880 2587/3874 2985/4272 2114/3641 2487/4014 2736/4263 3109/4636
STEAM CONSUMPTION(Kg/hr) 10107.9 12129.4 14151 16172.6 18194.2 20215.8 24258.9 28302.1 32345.2 36388.4 40431.5
SURFACE AREA(M2) 35 40 45 50 55 65 75 85 100 110 125
STEAM INLET SIZE 10K-150A 10K-150A 10K-150A 10K-150A 10K-200A 10K-200A 10K-250A 10K-250A 10K-250A 10K-250A 10K-300A
DRAIN OUTLET SIZE 10K-80A 10K-80A 10K-80A 10K-100A 10K-100A 10K-100A 10K-100A 10K-125A 10K-125A 10K-125A 10K-125A
S.W IN & OUTLET SIZE 16K-150A 16K-150A 16K-150A 16K-200A 16K-200A 16K-200A 16K-200A 16K-200A 16K-250A 16K-250A 16K-250A
WEIGHT OF T.C.H BODY 1340 1430 1520 1645 1745 1990 2150 2330 2480 2730 2920
STEAMPRESS.
9Kg/cm2G
MODEL NUMBER TCH-50-1 TCH-50-1 TCH-50-3 TCH-55-1 TCH-60-1 TCH-60-2 TCH-60-4 TCH-70-1 TCH-70-3 TCH-70-5 TCH-70-8
L /A 2061/3223 2061/3223 2649/3811 2369/3643 2189/3476 2388/3675 2786/4073 2114/3641 2363/3890 2612/4139 2985/4512
STEAM CONSUMPTION(Kg/hr) 10090.8 12108.9 14127.1 16145.2 18163.4 20181.5 24217.8 28254.1 32290.4 36326.7 40363.1
SURFACE AREA(M2) 35 35 45 50 55 60 70 85 95 105 120
STEAM INLET SIZE 10K-125A 10K-125A 10K-150A 10K-150A 10K-150A 10K-200A 10K-200A 10K-250A 10K-250A 10K-250A 10K-300A
DRAIN OUTLET SIZE 10K-80A 10K-80A 10K-80A 10K-100A 10K-100A 10K-100A 10K-100A 10K-125A 10K-125A 10K-125A 10K-125A
S.W IN & OUTLET SIZE 16K-150A 16K-150A 16K-150A 16K-200A 16K-200A 16K-200A 16K-200A 16K-200A 16K-250A 16K-250A 16K-250A
WEIGHT OF T.C.H BODY 1340 1430 1520 1645 1745 1890 2060 2330 2480 2730 2850
STEAMPRESS.
10Kg/cm2G
MODEL NUMBER TCH-50-1 TCH-50-1 TCH-50-2 TCH-55-1 TCH-60-1 TCH-60-2 TCH-60-4 TCH-70-1 TCH-70-3 TCH-70-5 TCH-70-7
L /A 2061/3223 2061/3223 2355/3517 2369/3643 2189/3476 2388/3675 2786/4073 2114/3641 2363/3890 2612/4139 2860/4387
STEAM CONSUMPTION(Kg/hr) 10076 12091.2 14106.4 16121.6 18136.8 20152 24182.4 28212.8 32243.2 36273.6 40304
SURFACE AREA(M2) 35 35 40 50 55 60 70 85 95 105 115
STEAM INLET SIZE 10K-125A 10K-125A 10K-150A 10K-150A 10K-150A 10K-200A 10K-200A 10K-250A 10K-250A 10K-250A 10K-250A
DRAIN OUTLET SIZE 10K-80A 10K-80A 10K-80A 10K-100A 10K-100A 10K-100A 10K-100A 10K-100A 10K-125A 10K-125A 10K-125A
S.W IN & OUTLET SIZE 16K-150A 16K-150A 16K-150A 16K-200A 16K-200A 16K-200A 16K-200A 16K-200A 16K-250A 16K-250A 16K-250A
WEIGHT OF T.C.H BODY 1200 1340 1430 1645 1780 1890 2060 2330 2400 2620 2780
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DH No. 200910
TYPETCH-50STCH-55STCH-60STCH-70S
A
SeeCapacity
Table
B251286286381
C320380400480
D420480520600
E470505520580
F500535550610
G
190
K
650
L
SeeCapacity
Table
H
400
I508
558.8609.6718
J600634650709
Tank Cleaning Heater