Marine 23266u

www.dh.co.kr

Heat Exchanger Solution Partner

Fresh Water Generator Our company endeavor ceaselessly to develop new products and for quality improvement

D

ongHwa Entec Fresh Water Generators are the equipment that convert sea water or exhausted dirty 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 ed the inside of heater under the high vacuum condition and the separated pure vapor is converted to fresh water on condenser.

Plate Type

Tubular Type

Fresh Water Generator Plate Type

Working Principle The DongHwa Entec DF Series Fresh Water Generator utilizes the heat from diesel engine jacket cooling water to produce pure drinkable water by evaporating sea water under high vacuum enabling the feed water to evaporate at temperatures 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 an evaporator and a condenser respectively. The evaporation chamber is kept under vacuum by a water ejector driven by the sea water outlet from condenser. A part of this heated sea water is used as feed water for the evaporator. The feed water evaporates when entering the evaporating chamber due to the vacuum condition. Water spray and droplets are partly removed from the vapour by the deflector mounted on top of the evaporator and partly by a build-in demister. The separated water droplets fall back into the brine, which is extracted from the sump by means of the ejector pump. The desalted vapour ing through the demister will be sucked into the plate condenser where it will be condensed 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 from the condenser will be controlled by a salinometer to supervise that the pre-set salinity(1~10ppm) will be reached. If the salinity exceeds the specified level, the solenoid valve in the discharge line of the distiller pump is automatically activated and the faulty distillate is returned to the feed line.

Technical Specification of DF Type

Tubular Type

Capacity

Type

Connection

m3/24hr 3 5 7 10 12 15 18 20 25 30 35 40 45 50 60

Single stage DF3 DF3 DF7 DF7 DF7 DF13 DF13 DF13 DF13 DF23 DF23 DF35 DF35 DF35 DF35

JIS 40 40 40 65 65 65 65 65 80 100 100 125 125 150 200

Jacket water flow(m3/24hr)

Heat consumption

85 6 8 10 20 23 30 35 40 48 67 75 80 90 100 118

KW 110 160 220 310 360 460 540 600 750 910 1080 1220 1360 1520 1850

80 8 10 12 24 26 34 38 44 54 75 80 86 100 112 132

90 5 6 8 15 16 22 25 30 35 50 55 60 68 74 90

Ejector pump Ejector pump FW pump capacity consumption(60Hz) consumption(60Hz) m3 8 13 18 24 29 35 40 44 58 75 88 92 95 120 140

bar 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0

KW 3.6 4.8 6.6 6.6 11.0 11.0 11.0 11.0 15.0 18.5 22.0 22.0 22.0 22.2 24.0

bar 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0

KW 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 1.5 1.5 1.5 1.5 1.5 1.5

Working Principle The main engine jacket cooling water circulates the outside of the vertical tube in heating section and the sea water to be distilled is sent to the bottom cover of this section. Then some of the sea water is converted into vapour when it goes up through the heated tubes. The vapour, through the demisters, is condensed on the outer surface of the tubes of the distilling condenser and the resultant distillate is led to the suction of the distillate pump. In the meantime the non-condensable gases and brine are extracted and discharged to overboard by the combination ejector.

Technical Specification of DX- Type Capacity

Type

Connection

Jacket water flow 80

Heat consumption

m3/24hr 5 10 15 20 25 30 35 40

Single stage DX- -5 DX- -10 DX- -15 DX- -20 DX- -25 DX- -30 DX- -35 DX- -40

JIS 65 80 80 100 100 125 125 125

m3/24hr 13 26 37 54 56 69 80 85

KW 141 282 423 564 705 846 987 1128

Ejector pump capacity m3 13 24 35 44 61 75 75 90

bar 4.8 4.8 4.8 4.8 4.8 4.8 4.8 4.8

Ejector pump consumption(60Hz) KW 5.5 6.6 11 11 15 18.5 18.5 22

FW pump consumption(60Hz) bar 2 3 3 3 3 3 3 3

KW 0.4 1.5 1.5 1.5 1.5 1.5 1.5 1.5

Installation sketch of Freshwater Generator

5 T

22 J.W OUTLET

31 6

30 4 5 T

8

JACKET W. COOLER

2

T5

5

18

Jacket w. pump

T

electrical wire yard or customer

1

20

19

5

33

max. 0.6 bar

27 34

14

34

17

25 3

29

17

17

32 12

(Please note the counter pressure max. 0.6 bar)

min. 0.1 bar

B

23

J.W INLET

N.P

electrical wire / Dong-hwa

T

24

9

15

16

26 Max. back pressure 1.8 Bar

E

11

13

4.8 bar

C

A

33

10

Space for demounting shell

Sea chest

Distilled water flexible hoses chemical dosing equipment

By

Main or aux. engine

Over board

Delivery extent Dong-hwa Air / Vacuum

7

21

28

No.21 Ejector pump is option. DESCRIPTION EVAPORATOR CONDENSER TWIN EJECTOR VACUUM GAUGE THERMOMETER DISTILLER BASE FLANGE DISTILLER COVER

NO. 8 9 10 11 12 13 14

DESCRIPTION FLOW SIGHT GLASS FRESH WATER PUMP SALINITY SENSOR SALINITY INDICATOR(controller) SOLENOID V/V CONTROL PRESSURE GAUGE

NO. 15 16 17 18 19 20 21

DESCRIPTION PAN CHECK VALVE FLOW METER FOR DISTILLED WATER CHEMICAL DOSING UNIT DEMISTER FEED VALVE ORIFICE EJECTOR PUMP(Option)

DISTILLER BASE FLANGE CONDENSER PLATES

NO. 22 23 24 25 26 27 28

DESCRIPTION SEA WATER INLET JACKET WATER INLET JACKET WATER OUTLET SEA WATER OUTLET DISTILLED WATER OUTLET BRINE OUTLET SEA WATER FILTER (Max. 5mm)

EVAPORATOR PLATES N.P

CONTROL END PLATE

DESCRIPTION AIR / VACUUM SUCTION LINE SAFETY VALVE VACUUM BREAKER DRAIN LINE VALVE COMPOUND GAUGE CHECK VALVE

VACUUM GAUGE VACUUM ADJUSTING VALVE SEA WATER INLET DISTILLED WATER SUCTION LINE CONTROL

VACUUM BREAK

THERMOMETER THERMOMETER

NO. 29 30 31 32 33 34

SALINITY CONTROLLER SAFETY VALVE

COMP. GAUGE

S.W FEED LINE SIGHT GLASS

ORIFICE HIGH SALINITY WATER RETURN LINE PURGE METER COMP. GAUGE

AIR SUCTION LINE JACKET WATER OUTLET

FEED VALVE

SIDE MEMBER

SOLENOID VALVE

ZINC SIGHT GLASS

DISTILLATE PUMP

Dimension List

JACKET WATER INLET

NAME PLATE

FOLLOWER

D

NO. 1 2 3 4 5 6 7

FLOW METER FRESH WATER OUTLET

PRESS GAUGE

SEA WATER OUTLET TWIN EJECTOR BRINE LINE

DISTILLATE PUMP

SALINITY SENSOR

CHEMICAL DOSING UNIT FLOWMETER 50 LTR. H= 570 B= 400

DEMISTER DISTILLER SHELL HANDLE

DIVISION PLATE

SET P. 3.3K R

Type

A

B

C

D

E

DF3/5 DF7/10 DF13/15 DF13/20 DF13/25 DF23/30 DF23/35 DF35/40 DF35/45 DF35/50 DF35/60

610 1020 1020 1080 1080 1276 1276 1276 1276 1276 1276

1013 1400 1550 1660 1660 1838 2100 2200 2200 2200 2200

810 808 625 780 780 1210 900 900 900 900 900

935 1042 1065 1280 1450 1785 1440 1590 1700 1750 1800

1460 1500 1435 1550 1820 2255 1710 1810 2000 2100 2200

C Removal space of heater

VACUUM ADJUSTING VAVLE

C

Approx. Weight(kg) Empty Operation 400 310 550 400 580 430 600 450 850 640 900 675 950 700 1100 850 1200 890 1250 910 1500 1130

V2 -760mmHg~4K

N P SALINITY CONTROLLER

V9

ALARM OFF

JK-201

BACK PRESS. MAX. 8 mAq

T

II

T 0~100flC

PREHEATER CONDENSER

0~100flC

DEC

INC

SET

START /STOP

BUSAN GENERAL ELECTRIC

±Ë«–º

B

TO OVERBOARD

S.W. OUTLET V -760mmHg~0K

J.W. OUTLET

T

III

JACKET WATER

T 0~100flC

DEFLECTOR

V8

V6

0~150C

HEATER

5V

VACUUM BREAKER

0~150C

V 12

ALARM POWER SUPPLY V4

V4

FRESH WATER

Dimension List

WATER EJECTOR

SC

FM IV PRODUCT WATER OUTLET

DISTILLED WATER

C -760mmHg~4K V 1 V6

-760mmHg~4K V6

V2

HIGH SALT WATER RETURN LINE

V 13 DISTILLATE PUMP

I S.W. INLET P 0~6K V6

C

SEA WATER FEEDING

SALINITY INDICATOR

BACK PRESS. MAX. 18 mAq

L

BRINE

JACKET WATER III J.W. INLET

V3

P C

Type

LEGEND P C V T SC FM A

PRESSURE GAUGE COMPOUND GAUGE VACUUM GAUGE THERMOMETER SALINITY CELL FLOW METER ORIFICE AIR VENT VALVE

B

H

C

A

1480 1680 1835 1880 2050 2250 2400 2500

820 980 1030 1060 1150 1330 1380 1400

1430 2005 1975 1680 1850 2080 2100 2205

1655 1840 2030 2250 2310 2470 2510 2550

650 830 850 990 1200 1500 1500 1500

V EJECTOR PUMP

CHEMICAL INJECTION UNIT (VACUUM OPERATING TYPE WITH PURGEMETER)

L

DRIV'G S. WATER

V

V 14

HEATING LINE S.W LINE F.W LINE ELECTRIC WIRING YARD SUPPLY

Y&K

A V 11

T

H

AIR

V6

A Removal space of heater

DEMISTER S

S

R

GLOBE VALVE SWING CHECK VALVE PRESS. REGULAT. VALVE 2-WAY SOLENOID VALVE 3-WAY COCK SIGHT GLASS RELIEF VALVE

DXDXDXDXDXDXDXDX-

-5 -10 -15 -20 -25 -30 -35 -40

Approx. Weight(kg) Empty Operation Ejector P/P 120 780 680 120 900 750 128 1000 850 140 1350 1140 175 1370 1145 175 1400 1150 175 1570 1200 187 1650 1320

Steam Injection System Heating Source

Steam Consumption of Steam Injector 45

Capacity(ton/day)

Diesel engine jacket cooling water which otherwise would be lost to the sea is used for heating source. And if it is used with mixing injector, the boiler steam also can be used for the purpose when anchoring at harbour where jacket cooling water is not available.

40 35 30

Additional equipment necessary for operation

25

-Combined cooling and ejector water pump with electric motor. -Control with motor starters and salinometer. -Feed water anti-scale chemical dosing unit.

20

Optional equipment

10 5

-Hot water loop module for steam boosting of jacket water. -Extended control with motor starters and salinometer. -Individual single motor starters and salinometer. -Fresh water pH adjustment filter. -Fresh water disinfection equipment.

www.dh.co.kr

15

0 0.0

0.2

0.4

0.6

0.8

1.0

1.2 1.4 1.6 1.8 Steam Consumption(ton/hr)

NOTE : The allowable range of the driving steam pressure is

3kg/cm2g minimum and 9kg/cm2g maximum

HEAD OFFICE AND FACTORY 1575-6, Songjeong-Dong, Gangseo-Gu, Busan, 618-270, Korea Tel :+82-51-970-1000 Fax : +82-51-970-1001 R&D CENTER #1219-1, Jisa-Dong, Gangseo-Gu, Busan, Korea Tel :+82-51-970-0711 Fax : +82-51-970-0730

SEOUL OFFICE Room No, 1515 Hanshin Core Officetel 11-9 Shinchun-Dong, Songpa-Gu,Seoul 138-733, Korea Tel :+82-2-421-4707 Fax :+82-2-421-4708 SHANGHAI OFFICE DongHwa Entec Shanghai Branch Office No 68 Lane 377 Chenhui Rd Shanghai Zhangjiang Hi-Tech Park 201203 P.R. China Tel : +86-21-5027-1828 Fax : +86-21-5027-1878

www.dh.co.kr

Heat Exchanger Solution Partner

Plate Heat Exchangers Our company endeavor ceaselessly to develop new products and quality improvement

ongHwa Plate Heat Exchangers are used in the industrial, marine, food and dairy sectors. DongHwa works at high quality level, based on an experienced staff, with regards to both production and calculation of Plate Heat Exchangers. DongHwa can, with the help of specially developed computer programs, quickly calculate an optimal solution to any plate heat exchanger application, based on the customer’s demands. The calculated Plate Heat Exchanger is documented for the customer on a well-arranged and easily read data list.

D

Plate Heat Exchangers

Working Principle Port hole

Fluid distribution side

Gasket is attached to the heat plate which forms flow channel and acts seal up the fluid not to leak to the outside. The number of the heat plate is determined according to the amount of fluid, physical properties of fluid, the pressure drop and thermal condition. The covers 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 opposite direction alternately. And two fluids cannot be mixed and separated by a thin plate. One fluid always flows in "A" channel and the other fluid always flow in "B" channel.

Gasket

Heat transfer area Leakage vent

A PLATE

B PLATE

Follower Cover Roller Assembly Carrying Bar Head Cover

The Design and Function of DongHwa Plate Heat Exchanger The plate heat exchanger consists of a frame, which in turn consists of a Head cover, a Follower cover, a pillar, a carrying bar, a guiding bar and a number of tightening bolts. In between the head and the follower cover a varying number of pressed plates are clamped together. Each plate is supplied with a gasket, so that the plates form a closed system of parallel flow channels. through which the medias flow alternately at every second interval.

Guide Bar

Plate Pack

Type of Heat Plate HIGH -THETA PLATE

High turbulent flow High heat transfer coefficient Perfect temperature approach High pressure drop LOW -THETA PLATE

Low turbulent flow Low heat transfer coefficient High temperature approach Low pressure drop

High-theta Plate

Low-theta Plate

High-theta Plate

Low-theta Plate

Plate Design 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 in the plate heat exchanger. The inlet with grooves secures a strong inlet part with a minimum of 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 sizes giving 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.

Characteristics

Wide area The strength of the plate is excellent, compared with other companies' products with the point type, as the metal point has the surface feature when the plates are assembled. And the durability and corrosion resistance are greatly improved by minimizing deformation and stress concentration. Besides, the section of the gasket is designed and manufactured to have a pressure-resistant structure that enables the minimum area with the fluid, and thus to withstand a high pressure.

Dead Zone

Clip Gasket

Others

The 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 have the glue type and non-glue type so that it can be selected according to the usage.

Ours

Area Comparison

Improved Wave

Anti Vibration Design Designed 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 assembly Even 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 nonskilled novice disassemble or assemble the device. (Excellent maintenance against materials with high viscosity such as oils for LO cooler or oil heater)

FOULING FACTOR

Insert Plate

Insert Gasket

Temperature Approach

r ula Tub Plate Type

The turbulent flow, promoted by the wave pattern of the heat plates, enables a very high heat transfer coefficient. Proximity Limit: 1

TIME

GINE MAIN EN

R ENGINE GENERATO

COMP MAIN AIR COMP. MAIN AIR ER F.W COOL

BE STURN TU ER L.O COOL ER JFW COOL

OLER S/T L.O CO OLER L F.W CO CENTRA

Marine application

Application Marine 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

Plate Heat Exchanger Technical Data Model

HT03

HT061

HT062

HT064

HT081

HT082

HT083

HT101

HT102

HT103

17

80

80

80

140

140

140

200

200

200

200

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

(2.5+t) x n

(3.05+t) x n

(3.05+t) x n

(3.3+t) x n

(3.3+t) x n

(3.3+t) x n

(3.3+t) x n

Max. Flow

m3/hr

Area of Plate

Dimension - C( 1.5%) mm Model

(3.05+t) x n (2.7+0.5) x n (2.7+0.5) x n (2.7+0.5) x n

HT104

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

(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

Dimension - C( 1.5%) mm 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

(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

Dimension - C( 1.5%) mm 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

Dimension - C( 1.5%) mm Model

3347

2292

2912

3532

4152

2698

3264

3373

3830

3230

3950

(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

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

Dimension - C( 1.5%) mm

4310 (3.6+t) x n

t : Heat Plate Thickness 10,000ton hydraulic press Max. operation temp. Heat transfer area Max. operation press. Max. flow rate

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)

180°C 0.1 ~ 2,400m2/set" 25 kg/cm3g 4000m3/hr.set

www.dh.co.kr SEOUL OFFICE

HEAD OFFICE AND FACTORY

R&D CENTER

1575-6, Songjeong-Dong, Gangseo-Gu, Busan, 618-270, Korea Tel :+82-51-970-1000 Fax : +82-51-970-1001

#1219-1, Jisa-Dong, Gangseo-Gu, DongHwa Entec Shanghai Branch Office Room No, 1515 Hanshin Core Officetel 11-9 Busan, Korea Shinchun-Dong, Songpa-Gu,Seoul 138-733, Korea No 68 Lane 377 Chenhui Rd Shanghai Zhangjiang Tel :+82-51-970-0711 Fax : +82-51-970-0730 Tel :+82-2-421-4707 Fax :+82-2-421-4708 Hi-Tech Park 201203 P.R. China Tel : +86-21-5027-1828 Fax : +86-21-5027-1878

SHANGHAI OFFICE

www.dh.co.kr

Heat Exchanger Solution Partner

Tank Cleaning Heater Our company endeavor ceaselessly to develop new products and for quality improvement

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.

Tank Cleaning Heater

1. HEATED WATER : SEA WATER(TEMP. FROM 20° TO 80°) 2. HEATING SOURCE : STEAM(6~10Kg/cm2G) 3. DRAIN OUTLET TEMP. : 90° AND BELOW 4. 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/cm2G 7. SHELL SIDE MAX. DESIGN PRESS. : 11Kg/cm2G

TYPE A B C TCH-50S See 251 320 TCH-55S Capacity 286 380 TCH-60S Table 286 400 TCH-70S 381 480

Capacity Table STEAM

STEAM PRESS.

6

7

8

9

10

I 508 400 558.8 609.6 718

J 600 634 650 709

K

L

650

See Capacity Table

120

140

160

180

200

240

280

320

360

400

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

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

STEAM CONSUMPTION(Kg/hr)

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

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

10127.7

12153.2

14178.8

16204.3

18229.9

20255.4

24306.5

28357.6

32408.7

36459.8

40510.8

SURFACE AREA(M )

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

STEAM CONSUMPTION(Kg/hr) 2

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

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

10107.9

12129.4

14151

16172.6

18194.2

20215.8

24258.9

28302.1

32345.2

36388.4

40431.5

SURFACE AREA(M )

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

STEAM CONSUMPTION(Kg/hr) 2

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

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

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

STEAM CONSUMPTION(Kg/hr)

Kg/cm2G DRAIN OUTLET SIZE

STEAM PRESS.

H

100

Kg/cm2G DRAIN OUTLET SIZE

STEAM PRESS.

F G 500 535 190 550 610

TCH-50-1

Kg/cm2G DRAIN OUTLET SIZE

STEAM PRESS.

E 470 505 520 580

MODEL NUMBER

S.W FLOW RATE(M3/HR)

Kg/cm2G DRAIN OUTLET SIZE

STEAM PRESS.

D 420 480 520 600

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

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

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

STEAM CONSUMPTION(Kg/hr)

Kg/cm2G 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

www.dh.co.kr

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DongHwa Entec (Shanghai) Co., Ltd.

DH No. 200910