MISON PROFFESSIONAL IN THERMAL SOLUTIONS · MISON Cooling Tower MCT Series can be connected in parallel to have many combination to suit customer specific requiment. Due to the unique

Fan Motor

Hot Water Basin

Motor SupportV-Belt ReducerFan

Fan Stack

Water Inlet

PanelLadderInfill

Suction Tank

Access Door

Basin

Water OutletFreame Work

MISON PROFFESSIONAL IN THERMAL SOLUTIONS

MISON High Efficiency Low Noise Cross Flow Type Cooling Tower

Excellent design and high durability

OUTSTANDING FEATURES

With rich experience in cooling tower design, manufacturer, usage and maintenance, Mison has produced MCT - Series FRP cross flowsquare type cooling tower through advanced international technology in thermal exchange.MCT Series cooling tower is dual air inlet. The framework structure can neatly select single unit or assemble several unit together accordingto installation site.In general, there are many characteristics in MISON MCT series cooling tower, such as good appearance, stabile structure, low noise, higheffiency of thermal exchange, long operation life, anti corrosion, saving water and so on.

The casing of the cooling tower is made of ultra resilient Fioeglass Reinforced Polyester (F.R.P) and is weather and chemical resistant.All steel companents are galvanized to BSENISO 1461:1999 to minimize oxidezation, thus resulting in a more durable cooling towerand longer operation life.

High efficiency and energy savingBy using the high quality PVC in-fill, MISON Cooling Tower MCT Series can resist corrosion and keep the original shape without anychange. The ladder-pattern design of in-fill not only allows hot water to flow more slowly within the tower, thus giving the hot water moretime to cool, but also allows cooling air to flow more smoothly. Moreover, electrical power consumption and operation noise level is furtherreduced by the application of powerful axial fan and specially-designed and evenly-spaced distribution basin.

Easy installation and practical designMISON Cooling Tower MCT Series can be connected in parallel to have many combination to suit customer specific requiment. Due to theunique construction of the cooling tower, they can be jointed firmly for easy installation. Futhermore, the design and manucfacture of theunit are on based on the practical and actual market requirement. Therefore, it meet the need of customer and guarantee top quality.

MCT Series High Efficiency FRP Cross Flow Square TypeCooling Tower Structure Disply

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MCT Series High Efficiency FRP Cross Flow Square TypeCooling Tower Specification

Model

MCT-100L/SB 100 1980 3200 3700 1500 2.2 (4) 36 860 2260

MCT-125L/SB 125 2320 3600 3700 1800 2.2 (4) 36 1080 2830

MCT-150L/SB 150 2600 3800 3700 2100 4 (5.5) 38 1180 3550

MCT-175L/SB 175 2930 3800 3700 2100 4 (5.5) 38 1300 3810

MCT-200L/SB 200 3040 4300 3700 2400 5.5 (7.5) 38 1600 4020

MCT-225L/SB 225 2950 5080 4100 2400 5.5 (7.5) 40 1710 4150

MCT-250L/SB 250 3000 5300 4100 2400 5.5 (7.5) 40 2380 5280

MCT-300L/SB 300 3250 5500 4100 2850 11 40 2580 5650

MCT-350L/SB 350 3500 5800 4100 2850 11 40 2850 6270

MCT-400L/SB 400 3750 6050 4250 3200 15 42 3250 6880

MCT-450L/SB 450 4000 6300 4250 3200 15 42 3660 7350

MCT-500L/SB 500 4000 6300 4850 3200 18.5 47 4260 8500

MCT-600L/SB 600 4500 6800 4850 3400 18.5 47 4680 9360

MCT-700L/SB 700 4500 6800 5500 3700 22 53 5100 10250

MCT-800L/SB 800 5000 7300 5500 4050 30 53 6100 12300

MCT-900L/SB 900 5500 7800 5500 4250 30 53 6880 14560

MCT-1000L/SB 1000 6000 8300 5500 4550 30 53 7660 16300

Flow FanDiameter

(mm)

Motor(kw)

Head(Kpa)

Weight(kg)

Dry Wet

Tower Dimension

Length(L)

Width(W)

Height(H)

(m3/h)

Design condition:Air Pressure : 99.4Kpa Intet Temp = 32 ˚C Dry Bulb Temp = 31.5 ˚C Wet Buld Temp = 27 ˚C

Note: MISON provides custom design cooling tower to meet special requirement. Please contact us for detail.

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MCT Series High Efficiency FRP Cross Flow Square TypeCooling Tower Piping Connection

MCT-100 100 x 2 125 80 80 25 40

MCT-125 125 x 2 150 80 80 25 40

MCT-150 125 x 2 150 80 80 25 40

MCT-175 125 x 2 200 80 80 25 40

MCT-200 150 x 2 200 80 80 25 40

MCT-225 150 x 2 200 80 80 25 40

MCT-250 150 x 2 250 80 80 40 50

MCT-300 150 x 2 250 100 100 40 50

MCT-350 150 x 2 250 100 100 40 50

MCT-400 150 x 4 300 100 100 50 80

MCT-450 150 x 4 300 100 100 50 80

MCT-500 150 x 4 300 100 100 50 80

MCT-600 150 x 4 350 100 100 50 80

MCT-700 150 x 4 350 100 100 50 80

MCT-800 200 x 4 400 100 100 50 80

MCT-900 200 x 4 400 100 100 50 80

MCT-1000 200 x 4 400 100 100 50 80

ModelInlet Out Overflow Drain Auto Feed Quick Feed(mm) (mm) (mm) (mm) (mm) (mm)


MCT Series

Auto Top Up

Manual Top Up

Over Flow

Drain

Outlet

Inlet

InletOutlet

4


MCT Series High Efficiency FRP Cross Flow Square TypeCooling Tower Foundation

MCT-100L/SB 2200 1900 3420 910 1300

MCT-125L/SB 2520 2220 3760 960 1540

MCT-150L/SB 2800 2500 3960 1060 1540

MCT-175L/SB 3130 2830 3960 1060 1540

MCT-200L/SB 3240 2940 4460 1210 1740

MCT-225L/SB 3210 960 990 5330 1600 915

MCT-250L/SB 3260 980 1000 5550 1600 1025

MCT-300L/SB 3510 1060 1090 5800 1600 1150

MCT-350L/SB 3760 1145 1170 6050 1600 1275

MCT-400L/SB 4010 1230 1250 6300 1600 1400

MCT-450L/SB 4260 1310 1340 6550 1600 1525

MCT-500L/SB 4260 1310 1340 6550 1600 1525

MCT-600L/SB 4760 1480 1500 7050 1600 1775

MCT-700L/SB 4760 1480 1500 7050 1600 1775

MCT-800L/SB 6260 1980 2000 8550 1600 2525

MCT-900L/SB 5760 1810 1840 8050 1600 2275

MCT-1000LS/B 6260 1980 2000 8550 1600 2525

ModelFoundation Dimension

L L1 L2 W W1 W2


MCT-100~200L/SB

C20 Ferroncrete C20 Ferroncrete

C20 Ferroncrete

ReinforcingSteel Plate

MCT-225-500L/SB

MCT-600~1000L/SB5


MCEF Series Fiberglass Counter Flow Square TypeCooling Tower Structure

Model

MCEF-80L/SB 80 2000 2000 4070 1500 2.2 (4) 40 950 1970

MCEF-100L/SB 100 2250 2250 4070 1800 2.2 (4) 40 1050 2150

MCEF-125L/SB 125 2500 2500 4070 2100 4 (5.5) 40 1250 2585

MCEF-150L/SB 150 2750 2750 4570 2100 4 (5.5) 42 1420 2900

MCEF-175L/SB 175 3000 3000 4570 2400 5.5 (7.5) 42 1600 4290

MCEF-200L/SB 200 3250 3250 4570 2400 5.5 (7.5) 42 1750 4515

MCEF-225L/SB 225 3300 3300 4570 2400 5.5 (7.5) 42 1970 4820

MCEF-250L/SB 250 3500 3500 4770 2400 5.5 (7.5) 45 2150 5285

MCEF-300L/SB 300 3750 3750 4920 2850 11 47 2620 6050

MCEF-350L/SB 350 4000 4000 4920 3200 11 47 2950 6590

MCEF-400L/SB 400 4500 4500 5120 3200 15 48 3520 7850

MCEF-450L/SB 450 4800 4800 5120 3200 15 48 3810 8160

MCEF-500L/SB 500 5000 5000 5570 3700 15 52 4150 9180

MCEF-600L/SB 600 5250 5250 5770 3700 18.5 52 4680 10220

MCEF-700L/SB 700 5500 5500 5770 4200 22 52 5460 11380

MCEF-800L/SB 800 6000 6000 5900 4200 30 52 6520 13300

MCEF-900L/SB 900 6500 6500 6100 4500 30 55 7550 15270

MCEF-1000L/SB 1000 7000 7000 6100 4500 30 55 8200 16870

Flow FanDiameter

(mm)Motor(kw)

Head(kpa)

Weight(kg)

Dry Wet

Tower Dimension

Length(L)

Width(W)

Height(H)

(m3/h)


Noise eliminatot (especial for UL model)MotorBelt & reducer unitFanAir ventDrift eliminatorCasing panelFrameworkAquare nozzleWater InletFill sheetSound-deadening padAir inlet louverBasinBasin supportWater Outlet

6


MCEF Series Fiberglass Counter Flow Square TypeCooling Tower Piping Connection & Foundation Dimension


MCEF-80 125 125 50 50 25 25 MCEF-100 125 125 50 50 25 25 MCEF-125 150 150 50 50 25 25 MCEF-150 150 150 80 80 25 25 MCEF-175 150 150 80 80 40 40 MCEF-200 200 200 80 80 40 40 MCEF-225 200 200 80 80 40 40 MCEF-250 200 200 80 80 40 40 MCEF-300 250 250 100 100 50 50 MCEF-350 250 250 100 100 50 50 MCEF-400 300 300 100 100 50 50 MCEF-450 300 300 100 100 50 50 MCEF-500 300 300 100 100 50 50 MCEF-600 350 350 100 100 50 80 MCEF-700 350 350 100 100 50 80 MCEF-800 400 400 100 100 50 80 MCEF-900 400 400 100 100 50 80 MCEF-1000 400 400 100 100 50 80

Model Inlet Out Overflow Drain Auto Feed Quick Feed(mm) (mm) (mm) (mm) (mm) (mm)

MCEF-80L/SB 2260 980 2260 980 MCEF-100L/SB 2510 1105 2510 1105 MCEF-125L/SB 2760 1230 2760 1230 MCEF-150L/SB 3010 1355 3010 1355 MCEF-175L/SB 3260 1480 3260 1480 MCEF-200L/SB 3510 1605 3510 1605 MCEF-225L/SB 3560 1630 3560 1630 MCEF-250L/SB 3760 1730 3760 1730 MCEF-300L/SB 4010 1855 4010 1855 MCEF-350L/SB 4260 1980 4260 1980 MCEF-400L/SB 4760 2230 4760 2230 MCEF-450L/SB 5060 2380 5060 2380 MCEF-500L/SB 5260 1640 1680 5260 1640 1680 MCEF-600L/SB 5510 1730 1750 5510 1730 1750 MCEF-700L/SB 5760 1810 1840 5760 1810 1840 MCEF-800L/SB 6260 1980 2000 6260 1980 2000 MCEF-900L/SB 6760 2140 2180 6760 2140 2180 MCEF-1000L/SB 7260 2310 2340 7260 2310 2340

ModelFoundation Dimension

L L1 L2 W W1 W2

MCEF Series

Auto Top Up

Manual Top UpOver FlowDrain

Outlet

Inlet

InletOutlet

MCEF-80~450L/SB

MCEF-500~1000L/SB 7

A-A Section2 : 1

B-B Section2 : 1

All the steel component with corrosion protection in hot dip galvanizedprocess, thus achieved a longer tower life.

Structure:

MISION Model MST-N made of ultra resilient Fibre-glass ReinforcedPolyester (F.R.P) and weather, chemical resistant cooling tower have been designed for durability.

Casing:

Polycarbonate and Aluminium Alloy (Adjustable Angle) Axial Flow Fanselected for maximum performance with high efficiency, low noise,electricity consumption and reliable operation.

Fan:

MISON supplied high quality Polycarbonate and Aluminium Alloy material are used on sprinkler head with improted bearing to extend the cooling tower life.

Sprinkler Distribution:

Are of special Fibreglass Reinforced Polyster (F.R.P) design to reduce carryover to the barest miniumum.

Elimanator:

The P.V.C. sheet filling is special design structure that maximize thewater surface contact area to ensure high efficiency of heat exchangewhile minimizing power requirement.MISON using V24 high quality In-Fill, can still operate normally at the temperature as high as 60˚C and high temperature PP In-Fill as 90˚C

Filling:

MISON guarantee the top quality of the product, the production process is professionally designed, closely monitored and qualitychecked. And that is why MISON Cooling Tower is renowned for itshigh efficiency and durability.

Features

MISON Cooling Tower is an excellent cooling equipment which canbe used in a wide range of industries like air-conditioning, refrigerating, plastic moulding, dyeing and many others.

Wide Application

By using the V24 high quality In-Fill, MISON Cooling Tower can stilloperate normally at the temperature as high as 58.5˚C. Moreover,the slanting design of the In-Fill allows hot water to flow moreslowly within the tower, thus giving the hot water more time to cool.Moreover, cooling efficiency is further enhanced by the applicationof the powerful axial type exhaust fan.

Outstanding Features

结构简图Tower Structure

1. Fan Motor 马达2. V-Belt Reducer 减速器3. Fan 风集4. Motor Support 马达架5. Casing 壳身6. Sprinkler Head 转头7. Sprinkler System 播水系统8. In-Fill 胶片9. Ring Frame 铁框

10. Infill Mesh 胶片网11. Infill Support 胶片架12. Air Inlet Slant Post 入风斜柱13. Air Inlet Post 入风支柱14. Air Inlet Mesh 入风网15. Trust Pipe Assy 脚支柱16. Tower Support Plate 脚座17. Water Basin 底盆18. Ladder 梯

Excellent Performance

The casing of the cooling tower is made of ultra resilient Fibre-glassReinforced Polyester (F.R.P) and weather and chemical resistant.All the steel compenent are galvanized to minimize oxidization,thus resulting in a more durable cooling tower.

Leakage at the socket is a very common problem in cooling towers.That’s why MISON developed a new kind of ABS and aluminiumalloy, hence solving this problem forever.

Superior Quality

Providing top quality services to its valuable customers is MISON’sbusiness philosophy. Customers can seek professional advice fromMISON and its distrubutors about any technical information and theselection of the most appropriate model provides that they cansupply the following date:-

Excellent Customer Services

1) Condensing Water Flow rate2) Inlet Water Temperature3) Outlet Water Temperature4) Ambient wet bulb temperature5) Voltage and frequency requirements6) Istallation site of the cooling tower.


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Specification For MST-N Series Cooling Tower


MST- N Series Layout Drawing

MST-N-8~200 MST-N-250~1000

t1 = 37˚C Water Inlet Tempt2 = 32˚C Water Outlet TemptWB = 27˚C Wet Bulb TemptDB = 31.8˚C Dry Bulb TempPO = 9.94 x 104PaAir Pressure PO =

Design Work in Condition

ModelMST-N

MST-N 8 104 945 1380 0.18 525 1.3 42 180MST-N 10 130 945 1530 0.18 600 1.3 46 190MST-N 15 195 1195 1415 0.37 600 1.3 70 290MST-N 20 260 1195 1590 0.55 730 1.4 67 300MST-N 25 325 1400 1820 0.75 730 1.6 98 500MST-N 30 390 1650 1705 0.75 730 1.6 116 530MST-N 40 520 1650 1775 1.5 890 1.6 130 550MST-N 50 650 1830 1835 1.5 890 1.7 190 975MST-N 60 780 2145 1955 1.5 884 1.7 240 1250MST-N 80 1040 2145 2035 1.5 1150 1.8 260 1280MST-N 100 1300 2900 2370 2.2 1410 2.1 500 1690MST-N 125 1625 2900 2555 2.2 1410 2.3 540 1740MST-N 150 1950 2900 2555 2.2 1410 2.3 580 1780MST-N 175 2275 3110 2910 4.0 1750 3.0 860 1860MST-N 200 2600 3110 2910 4.0 1750 3.0 880 1880MST-N 225 2925 4120 3580 5.5 2100 3.3 1050 2770MST-N 250 3250 4120 3580 5.5 2100 3.3 1080 2800MST-N 300 3900 4730 3680 7.5 2400 3.4 1760 3790MST-N 350 4550 4730 3680 7.5 2400 3.4 1800 3930MST-N 400 5200 5600 3840 11.0 2745 3.6 2840 5740MST-N 500 6500 5600 3840 15.0 2745 3.6 2900 5800MST-N 600 7800 6600 4470 15.0 3400 4.2 3950 9350MST-N 700 9100 6600 4470 18.5 3400 4.2 4050 9450MST-N 800 10400 7600 4720 22.0 3700 4.5 4700 11900MST-N 1000 13000 7600 4720 22.0 3700 4.5 4900 12100

WaterFlow Motor

(kw)Fan Dia

(mm)

PumpHead(m)

Weight (kg)

Dry Wet

Dimension (mm)

D H(m/min)


9

MST-N Series Foundation Drawing & Piping Size Cooling Tower

ModelPiping Connection (mm)Foundation Dimension (mm)

A Inlet Out Over Flow Drain Quick Feed Auto FeedB C D(Φ) E(Φ)


MST-N-8 560 485 250 40 40 25 25 15

MST-N-10 560 485 250 40 40 25 25 15

MST-N-15 740 641 250 50 50 25 25 15

MST-N-20 740 641 250 50 50 25 25 15

MST-N-25 1000 866 300 80 80 25 25 15

MST-N-30 1120 792 300 80 80 25 25 15

MST-N-40 1120 792 300 80 80 25 25 15

MST-N-50 1380 976 300 80 80 25 25 15

MST-N-60 1730 1146 300 400 100 100 25 25 20

MST-N-80 1730 1146 300 400 100 100 25 25 20

MST-N-100 2495 1248 300 400 125 125 50 50 20

MST-N-125 2495 1248 300 400 125 125 50 50 20

MST-N-150 2495 1248 300 400 150 150 50 50 20

MST-N-175 2660 1330 300 400 150 150 50 50 25 25

MST-N-200 2660 1330 300 400 150 150 50 50 25 25

MST-N-225 4300 2150 300 800 200 200 80 80 40 40

MST-N-250 4300 2150 300 800 200 200 80 80 40 40

MST-N-300 4800 2460 300 800 200 200 80 80 40 40

MST-N-350 4800 2460 300 800 200 200 80 80 40 40

MST-N-400 5760 2205 300 800 200 200 80 80 40 40

MST-N-500 5760 2205 300 800 250 250 100 100 50 50

MST-N-600 6760 2587 300 1200 4000 250 250 100 100 50 50

MST-N-700 6760 2587 300 1200 4000 250 250 100 100 50 50

MST-N-800 7500 2870 300 1200 4000 300 300 100 100 50 50

MST-N-1000 7500 2870 300 1200 4000 300 300 100 100 50 50


10

MST-N-8~25 MST-N-30~50 MST-N-60~80 MST-N-100~200

MST-N-225~350 MST-N-400~500 MST-N-600~700 MST-N-800~1000

IN OUT

MSC-8 8 1360 820 1500 600 0.37 20 90 260MSC-10 10 1360 820 1500 600 0.55 20 100 270MSC-15 15 1360 1120 1500 730 0.55 20 110 180MSC-20 20 1360 1120 1500 730 0.75 20 170 340MSC-25 25 1870 1320 1500 730 0.75 26 192 490MSC-30 30 1870 1320 1960 890 1.5 26 200 500MSC-40 40 1870 1320 1960 930 1.5 30 450 1000MSC-80 80 2000 3200 3170 1500 2.2(4) 40 860 2260MSC-100 100 2500 3200 3170 1500 2.2(4) 40 1060 2460MSC-125 125 3000 3200 3170 1800 2.2(4) 42 1280 3030MSC-150 150 3250 3500 3170 2100 4(5.5) 42 1380 3750MSC-175 175 3750 3500 3170 2100 4(5.5) 47 1500 4010MSC-200 200 3750 3500 3770 2400 5.5(7.5) 47 1800 4220MSC-225 225 4000 3500 3770 2400 5.5(7.5) 53 1910 4350MSC-250 250 4500 3500 3770 2400 5.5(7.5) 53 2580 5480

ModelFlow Fan

Diameter(mm)

Motor(kw)

Headloss(kpa)

Weight (kg)

Dry Wet

Tower Dimension

Length(L)

Width(W)

Height(H)

(m3/h)

Specification For MSC SeriesSide Discharged Cooling Tower

Foudation Data For MSC Side Discharged Cooling Tower

ModelPiping Connection (mm)Foundation Dimension (mm)

L Inlet Out Over Flow Drain Quick Feed Auto FeedL1 W W1 W2

MSC-8 830 650 40 40 25 25 15 MSC-10 830 650 40 40 25 25 15 MSC-15 830 850 50 50 25 25 15 MSC-20 830 850 50 50 25 25 15 MSC-25 1340 1050 80 80 25 25 15 MSC-30 1340 1050 80 80 25 25 15 MSC-40 1340 1050 80 80 25 25 15 MSC-80 2260 1960 2750 950 1500 125 125 80 80 25 40 MSC-100 2760 2460 2750 950 1500 125 125 80 80 25 40 MSC-125 3260 2960 2750 950 1500 150 150 80 80 25 40 MSC-150 3510 3210 2950 1150 1500 150 150 80 80 25 40 MSC-175 4010 3710 2950 1150 1500 125 x 2 200 80 80 25 40 MSC-200 4010 3710 2950 1150 1500 150 x 2 200 80 80 25 40 MSC-225 4260 3960 2950 1150 1500 150 x 2 200 80 80 25 40 MSC-250 4760 4460 2950 1150 1500 150 x 2 250 80 80 25 40

MSC-8~40

MSC-80~250

1. Fan Motor 2. Fan Blade 3. Fan Guard 4. Over Flow 5. Drain 6. Water Outlet 7. Manual Top Up 8. Auto Top Up 9. Casing10. Ladder11. Water Basin12. Water Inlet13. Basin Cover14. Top Cover Casing15. Fan Stack

MSC Series of Cooling Tower Structure:


11



12

MISON Closed Circuit Cooling Tower

MCM Series Counter Flow Closed Circuit Cooling Tower

MCH Series of Closed Circuit Cooling Tower will process fluid keep in a clean closedloop, which has many advantages in operation and maintenance.

Water source heat pump; Independent cooling equipment; Refrigeration unit;Natural cooling applications; Data processing center, Hybird evaporative / dry cooling;Special liquid cooling; Cooling compressor jacket, intercooling, after cooling; Machinejacket cooling; Induction furnace cooling; A single cooling equipment for a variety ofload for centralized cooling.

Application:

As its fill packing design, there are more space of cooling coil, suggest to select dul-speed motor to achieve more precisecontrol of energy.

More precise control of energy

The cooling tower Integrated traditional condenser, cooling tower, circulating water pump, pool and connection pipe. It canoperation without above auxiliary equipment saved lots of space and has the lower comprehensive investment advantage

Compact structure, smaller installation area

For some small cooling tower project, we put the small counter flow closed cooling tower and circulating pump, circulatingwater tank and control system together, formed a model of a whole unit, convenience for the users of the product.

Compact installation of auxiliary equipment

Compare with the open type cooling tower:Contains no pollutants of closed cooling can significantly reduce the scaling phenomenonin the process engineering, to ensure the constant process performance in the longservice term

Advantages

Reduce the adverse impact on the environment, save 95% of the cooling waterCompared

Lower installation costs, reduce the space:

Ensured no pollutiob to the process fluidReduced the possibility of scale, to increase the system efficiency to the largest extentReduced the system energy consumption costEnsure reliable and efficient operation of the equipment throughout the year

To integrate of function of the effective cooling tower and heat exchanger and a singledevice, reduces the complexity of the tube and filling water systemClosed cooling tower to make room for equipment installation valuable spaceReduce the size of process conforms to the required pumps and pipes

Flow Chart

Hot Air Discharge

Water Inlet

Water Outlet

Fresh Air IntakeFresh Air Intake



13

MCM Series Closed Cooling Tower Specification

ModelThe CycleOf Water

OutletPipe

Diameter(mm)

WEIGHR(kg)

Tower Dimension(mm)

Length x width x height(mm)Dry Wet

Draught Fan

Power(kw)

Air Volume(m3/h)

MCM-5 5 (1)0.55 10500 0.75 14 50 T: 350 600 1150 x 900 x 2920 MCM-8 8 (1)0.75 13050 0.75 14 65 T: 400 700 1150 x 1150 x 1920 MCM-10 10 (2)0.75 26100 1.1 30 65 T: 520 1000 2000 x 1150 x 2200 MCM-15 15 (2)0.75 26100 1.1 30 65 T: 570 1100 2000 x 1150 x 2200 MCM-20 20 (2)1.1 36600 1.5 40 80 T: 650 1600 2500 x 1150 x 2200 MCM-25 25 (2)1.1 36600 1.5 40 80 T: 750 1700 2500 x 1150 x 2350 MCM-35 35 (2)1.5 40600 1.5 40 80 T: 850 1800 2500 x 1400 x 2650 MCM-40 40 (2)1.5 40600 1.5 60 100 T: 1050 2000 2500 x 1400 x 2650 (2)1.5 40600 1.5 60 100 G: 2150 3000 3000 x 1400 x 2650 MCM-50 50 (2)2.2 46900 1.5 60 100 T: 1250 2300 2500 x 1400 x 2650 (2)2.2 46900 1.5 60 100 G: 2450 3500 3000 x 1400 x 2650 MCM-60 60 (2)2.6 53000 1.5 60 100 T: 1350 2400 2500 x 1400 x 2650 (2)2.6 53000 1.5 60 100 G: 2650 3700 3000 x 1400 x 2650 MCM-70 70 (2)3.5 63800 2.2 65 100 T: 1650 3000 3000 x 1400 x 2850 (2)3.5 63800 2.2 65 100 G: 2950 4300 3518 x 1400 x 3310 MCM-80 80 (2)4 90000 2.2 65 125 T: 1850 3300 3000 x 1400 x 2850 (2)4 90000 2.2 65 125 G: 3560 5000 3518 x 2180 x 3310 MCM-100 100 (2)4 90000 3 110 125 T: 2050 3800 3000 x 2180 x 2850 (2)4 90000 3 110 125 G: 4150 5900 3518 x 2180 x 3910 MCM-125 125 (2)5.5 110000 3 110 100 x 2 T: 2450 4300 3518 x 2180 x 3250 (2)5.5 110000 4 140 100 x 2 G: 5150 7000 4010 x 2180 x 3910 MCM-150 150 (2)7.5 150000 3 110 100 x 2 T: 3150 4300 3518 x 2180 x 2850 (2)7.5 150000 4 140 100 x 2 G: 6050 8100 4010 x 2980 x 3910 MCM-175 175 (2)7.5 180000 5.5 170 100 x 2 T: 3700 7100 4010 x 2980 x 3910 (2)7.5 180000 7.5 220 100 x 2 G: 7120 10500 5380 x 2980 x 3910 MCM-200 200 (2)7.5 220000 5.5 170 125 x 2 T: 4180 7600 4010 x 2980 x 3910 (2)7.5 220000 7.5 210 125 x 2 G: 8300 11700 5380 x 2980 x 3910 MCM-250 250 (2)11 300000 5.5 170 125 x 2 T: 5050 8900 4510 x 2980 x 3910 (2)11 300000 7.5 220 125 x 2 G: 10680 14600 5380 x 2180 x 3910 MCM-300 300 (4)7.5 300000 3 x 2 220 100 x 4 T: 6300 8600 7036 x 2180 x 2850 (4)7.5 300000 3 x 2 220 100 x 4 G: 12100 16200 8020 x 2980 x 3910 MCM-350 350 (4)7.5 360000 5.5 x 2 340 100 x 4 T: 7400 14200 8020 x 2980 x 3910 (4)7.5 360000 7.5 x 2 440 100 x 4 G: 14240 21000 107600 x 2980 x 3910 MCM-400 400 (4)7.5 440000 5.5 x 2 340 125 x 4 T: 8360 15200 8020 x 2980 x 3910 (4)7.5 440000 7.5 x 2 440 125 x 4 G: 16600 23400 10760 x 2980 x 3910 MCM-500 500 (4)11 600000 5.5 x 2 340 125 x 4 T: 10100 17800 8020 x 2980 x 3910 (4)11 600000 7.5 x 2 440 125 x 4 G: 21360 29200 10760 x 2980 x 3910

(m3/h)

Spray Pump

Power(kw)

Air Volume(m3/h)

Design condition: Inlet Water : 37 ˚C, Outlet Water Temp : 32 ˚C, Wet Buld Temp : 28 ˚CMaterial of Heat Exchanger : T-Copper, G-Steel (Carbon & Stainless Steel)



MCH Series Combined-flow Closed Circuit Cooling Tower (mixed-flow)

Axial fan uses half the energy of similar centrifugal fan units.High performance fill factory-configured for excellent water or aircontact and minimal air pressure drop. Guarantees optimal coolingtower efficeincy.

Energy Efficeincy

Cooling towers are factory-built and shipped in sections for larger modelsto reduce the overall size and weight, allowing easy on-site section assemblywith smaller crane

Easy Installation

Lower maintenance and easy inspectionInspect and maintain safety towers with unrivaled comfort, while standing insideThe cooling tower has a internal area and easy inspection andmaintenance accessAccess via large hinged door to optional internal walkway:no basin draining needed for unit interior inspectionInspection of water distribution system (spray branches and nozzles)possible outside the unit, during operationEasy to inspect the coil during operation from the outside or from theinside via the removable drift eliminator modulesEasy to inspect the fill from the inside and via the removable combinedinlet shields from the outside

Structure

1. Axial Fan & Motor 2. Heat Exchanger 3. Casing 4. Circulation Pump 5. Eliminator

Flow Chart

1. Hot Air Discharge 2. Fresh Air Intake 3. Liquid Inlet 4. Liquid Outlet 5. Fan & Fan Motor

6. Cooling Coil (Copper & SS) 7. Drift Eliminator 8. Circulation Pump (Spray) 9. Spray Nozzle 10. PVC Infill

6. Water Basin 7. Sprinkler System 8. Control System 9. Infill


15Note: MISON provides custom design cooling tower to meet special requirement. Please contact us for detail.

MCH Closed Cooling Tower Technology Parameter Table

ModelThe CycleOf Water

OutletPipe

Diameter(mm)

WEIGHR(kg)

Tower Dimension(mm)

Length x width x height(mm)DRY WET

Draught Fan

Power(kw)

Air Volume(m3/h)

MCH-30 30 1.1*2 32000 1.5 32.5 80 T: 850 3100 2500 x 1970 x 2263 G: 930 3230 2550 x 1970 x 2263 MCH-40 40 1.1*2 32000 1.5 32.5 80 T: 900 3200 2500 x 1970 x 2263 G: 1080 3420 2550 x 1970 x 2263 MCH-50 50 1.1*3 48000 2.2 45 80 T: 1160 3820 3100 x 1970 x 2395 G: 1280 3940 3160 x 1970 x 2395 MCH-60 60 1.1*3 48000 2.2 45 80 T: 1250 3950 3100 x 1970 x 2395 G: 1390 4100 3160 x 1970 x 2395 MCH-70 70 1.1*3 48000 2.2 58 100 T: 13200 4090 3100 x 1970 x 2890 G: 1500 4310 3160 x 1970 x 2890 MCH-80 80 1.1*3 48000 2.2 58 100 T: 1460 4230 3100 x 1970 x 2890 G: 1610 4400 3160 x 1970 x 2890 MCH-100 100 1.1*3 48000 2.2 58 100 T: 1630 4420 3100 x 1970 x 2890 G: 1800 4590 3160 x 1970 x 2890 MCH-125 125 1.1*4 64000 4 89 125 T: 1870 5820 3840 x 2340 x 3120 G: 2040 5990 4600 x 2340 x 3120 MCH-150 150 1.5*4 80000 5.5 100 150 T: 2130 6560 4350 x 2340 x 3645 G: 2350 6780 5220 x 2340 x 3645 MCH-175 175 1.5*4 80000 5.5 130 150 T: 2400 6780 4350 x 2340 x 3645 G: 2580 6960 5520 x 2340 x 3645 MCH-200 200 1.5*4 80000 5.5 130 150 T: 2650 6930 4350 x 2340 x 3645 G: 2820 7120 5520 x 2340 x 3645 MCH-250 250 2.2*4 120000 7.5 172 200 T: 2920 8630 5630 x 2340 x 3890 G: 3200 9110 6760 x 2340 x 3890

(m3/h)

Spray Pump

Power(kw)

Air Volume(m3/h)

Design condition: Wet Buld Temp : 28 ˚C, Delta T-5 ˚CMaterial of Heat Exchanger : T-Copper, G-Steel (Carbon & Stainless Steel)

COOLING TOWER

2A, Jalan Ind PBR 5, Taman Industrial Pusat Bandar Puchong,Batu 14, Puchong 47100 Selangor.

TEL: +603-5882 6128 FAX: +603-5882 6138E-mail: [email protected]

Web-site: www.mison.com.my

COOLING TOWER

Documents

MISON PROFFESSIONAL IN THERMAL SOLUTIONS · MISON Cooling Tower MCT Series can be connected in parallel to have many combination to suit customer specific requiment. Due to the unique