Water-Cooled Chillers Air-Cooled...

Water-Cooled Chillers

Air-Cooled Chillers

22 Chungshan North Road, 3rd Sec.,Taipei 104,Taiwan,R.O.CTel : 886-2-25925252 Ext.2660Fax : 886-2-25984436E-mail [email protected]:

38 Lane 1119 Daquan Road, Ta Yuan, Tao Yuan Country 337,Taiwan, R.O.C.

Tel 886-3-3861111 Fax 886-3-3864901：：http www.tatung.com：//

AIR CONDITIONER TAO YUAN PLANT

2016.09 No.492-12110-23F

R-134a

R-407C

R-410A

TATUNG CO.

Your best choice Your best partnerYour best choice Your best partner

TCW-40~100H 1FF

21

Note: 1.Cooling capacity is on:cooling water outlet 35℃, inlet 30 ℃; Chilled water outlet 7℃, inlet 12 ℃.

2.Specifications are subject to change with out notice for further improvement.

■ Specifications

Water Cooled Chillers-

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oil heater W

%

kg

kg

5.0

PT 4 4B Flange

300 300

1,900 2,300

1,700

1,500*1,250

800 1000

4.0 4.0

4B Flange 4B Flange

Flooded

1,100*1,100 1,200*1,100

1,500Net weight

Operatioon weight

TCW-80HF1F TCW-100HF1F

281 352

960,000 1,200,000

62 74

108 129

4.53 4.76

15.48 16.22

1,700 1,700

2,800 2,800

1,700

Foundation holes (L*E) 1,100*1,100 1,500*1,250

1,850 1,900 2,100

1,7501,550

1,500

2,100

500

4.0

3B Flange

Y-Δ

2,300 2,800

Shell and Tube

Electrically expansion valve

Semi - hermetic screw

0,50,75,100

High/low pressure switch, Cooling different pressure switch, Discharge temp. protector,

Over current relay, Relief valve Phase reversal protector, Thermal interior protector,

Antifeeze protector, Oil level protector switch, Moter winding protector

R134a

POE

1000 1250

4.0

1,600

Model

Power Source

Cooling Capacity

Power Consumption

Running Current

COP

EER

Dimension

1,600

31

54

15.48

3Ø 380V 50Hz

TCW-60HF1FTCW-50HF1F

4.55

480,000 600,000 720,000

TCW-40HF1F

141

1,600

1,600

2,300

1,600

176

38

66

4.63

15.79

4.59

15.65

80

46

211

2,500

Compressor150 150 150

Reftrgerant control

Evaporator

Pipe connections

400 500 600

4.0 4.0 4.0

3B Flange 3B Flange

4.04.0Lost head

PT 3 PT 3 PT 4

625 750Condenser

Refrigerant oil

Type

Flow rate

Lost head

Type

Flow rate

Pipe connections

Safety devices

Capacity step

Starting method

Refriegerant

� Compressor

High efficiency semi-hermetic twin screw compressors.

Compressor structure is simple, easy maintenance, energy

saving and low noise operation, and has to follow the loading

step or linear capacity control to achieve stable, comfortable,

energy saving.

� Evaporator

Excellent performance by shell-and-tube flooded type evaporator

design, and using high efficiency cooper tubes.

� Condenser

Excellent performance by shell-and-tube flooded type condenser

design, and using high efficiency cooper tubes.

� Electrically operated expansion valve

ETS is a series of electrically operated expansion valves for precise

liquid injection in evaporators for air conditioning and refrigeration

applications.

� Capacity test laboratory

The Taiwan Accreditation Foundation (TAF) is the only body in Taiwan

recognised by Government for the accreditation of conformity assessment

against international standards.

� Oil separator

Make use of the filter screen to separate the refrigeration oil that

is drained by compressor, and have the oil flow back through the

filter screen of compressor suction side into the oil tank from the

circulation return pipe by means of pressure difference.

3 4

TCW-80~160H 2FF


TCW-120~180H 1FF



■ Specifications



■ Specifications

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oil heater W

%

kg

kg

Model TCW-120HF1F TCW-150HF1F TCW-160HF1F TCW-180HF1F

Power Source 3Ø 380V 50Hz

Cooling Capacity422 527 563 633

1,440,000 1,800,000

Running Current 155 182 199 224

1,920,000 2,160,000

Power Consumption 89 107 114 128

EER 16.18 16.82 16.84 16.88

COP 4.74 4.93 4.94 4.95

1800

Lost head

Foundation holes (L*E) 1,400*1,300 1,800*1,400 1,800*1,400 2,000*1,800

1,700 2,100 2,100 2,200

Dimension

1,700 1,900 2,000 2,100

3,000 3,200 3,200 3,400

Condenser

Type Shell and Tube

Flow rate 1500 1875 2000 2250

4.0 4.0 4.5 4.5

Pipe connections 4B Flange 5B Flange 5B Flange 5B Flange

Evaporator

Type Flooded

Flow rate 1200 1500 1600

Pipe connections 4B Flange 5B Flange 5B Flange 5B Flange

Lost head 5.0 6.0 6.0 6.0

Capacity step 0,50,75,100

Safety devices

High/low pressure switch, Cooling different pressure switch, Discharge temp. protector, Over current

relay, Relief valve Phase reversal protector, Thermal interior protector, Antifeeze protector, Oil level

protector switch, Moter winding protector

Refriegerant R134a

Starting method Y-Δ

Reftrgerant control Electrically expansion valve

CompressorSemi - hermetic screw

300 300 300 300

Operatioon weight 3,150 3,800 3,900 4,100

Refrigerant oil POE

Net weight 2,600 3,150 3,250 3,450

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oilheater W

%

kg

kg

Model TCW-80HF2F TCW-100HF2F TCW-120HF2F TCW-150HF2F TCW-160HF2F

Power Source 3Ø 380V50Hz

CoolingCapacity281 352 422 527 563

960,000 1,200,000

RunningCurrent 108 130 145 187 199

1,440,000 1,800,000 1,920,000

Power Consumption 62 74 88 107 114

EER 15.48 16.22 16.36 16.82 16.84

COP 4.53 4.76 4.80 4.93 4.94

Foundationholes (L*E) 1,800*1,100 2,000*1,100 1,800*1,200 2,000*1,400 2,000*1,400

3,600

1,600 1,600 1,800 1,800 1,800

Dimension

1,500 1,600 1,600 1,800 1,800

3,100 3,300 3,400 3,600

Condenser

Type Shelland Tube

Flowrate 1000 1250 1500 1875 2000

Pipe connections 4BFlange 4BFlange 5BFlange 5BFlange 5BFange

Lost head 5.0 5.0 5.0 6.0 6.0

Evaporator

Type Flooded

Flowrate 800 1000 1200 1500 1600

4.0 4.0 4.0 4.0 4.5

Pipe connections 4BFlange 4BFlange 5BFlange 5BFlange

Lost head

5BFange

Capacitystep 0,25,50,75,100

Safetydevices

High/lowpressure switch, Coolingdifferent pressure switch, Discharge temp. protector, Over current relay,

Reliefvalve Phase reversalprotector, Thermal interior protector, Antifeeze protector, Oil levelprotector switch,

Moter windingprotector

Refriegerant R134a

Startingmethod Y-Δ

Reftrgerant control Electricallyexpansionvalve

CompressorSemi- hermetic screw

150*2 150*2 300*2 300*2 300*2

Operatioonweight 3,300 3,600 3,850 4,800 4,900

Refrigerant oil POE

Net weight 2,700 3,000 3,200 4,000 4,100

5

TCW-320~500H 2FFTCW-180~300H 2FF

6



■ Specifications



■ Specifications


kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oilheater W

%

kg

kg



CoolingCapacity633 703 844 884 1,055

2,160,000 2,400,000


2,880,000 3,000,000 3,600,000


EER 16.88 16.90 16.74 17.34 17.14

COP 4.95 4.95 4.91 5.11 5.02


3,900

1,800 1,800 1,800 1,800 2,100

Dimension

1,800 1,800 1,900 1,900 1,900

3,600 3,600 3,600 3,900

Condenser

Type Shelland Tube

Flowrate 2250 2500 3000 3125 3750

Pipe connections 6BFlange 6BFlange 6BFlange 6BFlange 8BFange

Lost head 6.0 6.0 6.0 6.5 6.5

Evaporator

Type Flooded

Flowrate 1800 2000 2400 2500 3000

4.5 4.5 4.5 5.0 5.0


Lost head

8BFange


Safetydevices




Refriegerant R134a

Startingmethod Y-Δ



300*2 300*2 300*2 300*2 300*2


Refrigerant oil POE

Net weight 4,200 4,300 4,500 4,800 5,500

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oilheater W

%

kg

kgOperatioonweight 9,750 9,950 10,200 10,450 10,950

Refrigerant oil POE

Net weight 8,100 8,300 8,500 8,700 9,100


Safetydevices




Refriegerant R134a

Startingmethod Y-Δ



300*2 300*2 300*2 300*2 300*2

Evaporator

Type Flooded

Flowrate 3200 3600 4000 4500 5000

5.0 5.0 5.0 5.0 5.0


Lost head

8BFlange

Condenser

Type Shelland Tube

Flowrate 4000 4500 5000 5625 6250

Pipe connections 8BFlange 8BFlange 10BFlange 10BFlange 10BFlange

Lost head 6.5 6.5 6.6 6.6 6.6


4,800

2,100 2,100 2,300 2,300 2,400

Dimension

2,100 2,100 2,300 2,400 2,400

4,100 4,100 4,500 4,500

EER 17.45 17.49 17.45 17.70 17.75

COP 5.11 5.13 5.12 5.19 5.20


4,800,000 5,400,000 6,000,000




CoolingCapacity1,125 1,266 1,407 1,582 1,758

3,840,000 4,320,000

TCW-20N K2DATCW-30N K2DA

TCW-40N K4DATCW-50N K4DATCW-60N K4DA

TCW-5NAK1D

TCW-8NAK1DTCW-10NAK1DTCW-15NAK1D



■ Spe cifications■ Spe cifications




R-410AR-410A

7 8

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

%

kg

kgOperatioon weight 220 240 300 350

Thermostatic expansion valve

Refrigerant oil POE

Net weight 180 200 250 300

Starting method Direct

Safety devices

High/low pressure switch, Over current relay, Phase reversal protector, Fusible plug,

Thermal interior protector, Antifreeze protector

Refriegerant R410A

Reftrgerant control

Compressor Scroll

Capacity step 0,100

4.0 4.0 4.5

Pipe connections PT 1-1/4 PT 1-1/2 PT 1-1/2 PT 2

Condenser

Type Shell and Tube

Flow rate 65 100 125 190

Lost head 4.0

4.0 4.0 4.5

Pipe connections PT 1-1/4 PT 1-1/2 PT 1-1/2 PT 2

Evaporator

Type Shell and Tube

Flow rate 50 80 100 150

Lost head 4.0

600 600 600

Foundation holes (L*E) 500*500 810*500 810*500 810*500

Dimension

1,200 1,200 1,200 1,300

1,100 1,200 1,300 1,400

600

COP 4.29 4.33 4.38 4.33

EER 14.63 15.00 15.00 15.00

Power Consumption 4.1 6.0 8.0 12.0

Running Current 8.0 13.0 17.0 25.0


60,000 90,000 120,000 180,000

Model TCW-5NAK1D TCW-8NAK1D TCW-10NAK1D TCW-15NAK1D


kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

%

kg

kgOperatioon weight 550 580 900 950 1,200

Refrigerant oil POE

Net weight 450 480 850 900 1,000

Starting method Sequence Direct

Safety devices

High/low pressure switch, Over current relay, Phase reversal protector, Fusible plug, Thermal interior

protector, Antifreeze protector

Refriegerant R410A

Reftrgerant control Thermostatic expansion valve

Compressor

Capacity step 100,50,0 100,75,50,25,0

Scroll*2 Scroll*4

Pipe connections PT 2 PT 2-1/2 PT 2*2 PT 2-1/2*2 PT 2-1/2*2

Lost head 4.5 4.5 5.0 5.0 5.5

4B Flange

Condenser

Type Shell and Tube

Flow rate 250 375 500 625 750

4.5 4.5 5.0 5.0 5.5

Pipe connections PT 2 PT 2-1/2 PT 3 PT 3

Evaporator

Type Shell and Tube

Flow rate 200 300 400 500 600

Lost head

Foundation holes (L*E) 810*500 810*500 800*700 800*700 800*700

2,300

600 750 1,200 1,200 1,200

Dimension

1,300 1,300 1,500 1,500 1,600

1,700 1,800 2,100 2,200

EER 15.00 15.00 14.55 14.63 14.69

COP 4.38 4.38 4.27 4.29 4.31

Running Current 34 51 68 87 103

480,000 600,000 720,000



Cooling Capacity70 105 141 176 211

240,000 360,000

Model TCW-20NAK2D TCW-30NAK2D TCW-40NAK4D TCW-50NAK4D TCW-60NAK4D

9 10

TCW-120H 1DFTCW-150H 1DF

TCW-80H 2DFTCW-100H 2DFTCW-120H 2DF

TCW- 0H 1D~ -4 F TCW 100HF1D



■ Specifications



■ Specifications


kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oilheater W

%

kg

kg

Model TCW-40HF1D TCW-50HF1D TCW-60HF1D TCW-80HF1D TCW-100HF1D



480,000 600,000


720,000 960,000 1,200,000


EER 14.55 14.63 14.40 14.55 14.46

COP 4.27 4.29 4.22 4.26 4.24

Foundationholes (L*E) 1,000*540 1,200*540 1,200*540 1,400*540 1,400*740

3,000

1,100 1,200 1,200 1,200 1,300

Dimension

1,600 1,700 1,900 1,900 1,900

2,400 2,600 2,600 2,800

Condenser

Type Shelland Tube

Flowrate 500 625 750 1000 1250

Pipe connections PT3 PT3 PT4 PT4 4BFlange

Lost head 4.0 4.0 4.0 4.0 5.0

Evaporator

Type Shelland Tube

Flowrate 400 500 600 800 1000

4.0 5.0 5.0 5.0 5.0

Pipe connections PT3 PT3 4BFlange 4BFlange

Lost head

4BFlange

Capacitystep 0,50,75,100

Safetydevices




Refriegerant R134a

Startingmethod Y-Δ

Reftrgerant control Thermostatic expansionvalve


150 150 300 300 300


Refrigerant oil POE

Net weight 1,200 1,400 1,500 2,100 2,300

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oil heater W

%

kg

kg

Model TCW-120HF1D TCW-150HF1D TCW-80HF2D TCW-120HF2DTCW-100HF2D



1,200,000 1,800,000

352


960,000 1,440,000


1,200,000

82

148

EER 12.00 14.40 14.55 14.40

COP 4.22 4.22 4.26 4.224.29

14.63

Lost head

Foundation holes (L*E) 1,500*740 1,500*740 1,800*740 1,800*740

3,300

1,300 1,300 1,200 1,300

Dimension

2,100 2,100 1,700 1,800

3,300 3,300 3,300

Condenser

Type Shell and Tube

Flow rate 1500 1875 1000 1500

5.0 5.0 5.0 5.0

Pipe connections 5B Flange 5B Flange 4B Flange

Evaporator

Type Shell and Tube

Flow rate 1200 1500 800 1200

Pipe connections 5B Flange 5B Flange PT 4 PT 4

Lost head 5.0 6.0 4.0 5.0

3,3503,150

Refriegerant R134a

Refrigerant oil POE

Net weight 2,500 2,700 2,300 2,800

Operatioon weight 3,000 3,250 2,750

Capacity step


Safety devices




0,50,75,100



300 300 150*2 300*2

4B Flange

1250

5.0

PT 4

150*2

2,600

0,25,50,75,100

1,700

3,300

1,200

1,800*740

1000

5.0

4B Flange

11

TCW-360H 2DFTCW-400H 2DFTCW-500H 2DF

12

TCW-160H 2D~ -F TCW 300HF2D



■ Specifications



■ Specifications


kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

O il heater W

%

kg

kgO peratioon weight 6,350 7,100 8,500

Refrigerant oil PO E

N et weight 5,300 5,900 6,800



300*2 300*2 300*2

Capacity step 0,25,50,75,100

Safety devices

High/low pres s ure s witch , Cooling differen t pres s ure s witch , Dis charge temp. pro tector,

Over curren t relay , Relief valve Phas e revers al pro tector, Thermal in terio r pro tector,

A ntifeeze pro tector, Oil level pro tector s witch , M oter winding pro tector

Refriegerant R134a


Evaporator

Type Shell and Tube

Flow rate 3600 4000 5000

6.5 8.0 9.0

Pipe connections 8B Flange 10B Flange

Lost head

10B Flange

Condenser

Type Shell and Tube

Flow rate 4500 5000 6250

Pipe connections 6B Flange*2 6B Flange*2 6B Flange*2

Lost head 6.5 8.0 8.0


1,900 1,900

Dimension

2,400 2,400

4,800 4,800

EER 14.50 14.55

CO P 4.25 4.26

Running Current 536 594

Power Consumption 298 330

Cooling Capacity1,266 1,406 1,758

4,320,000 4,800,000

Model TCW-360HF2D TCW-400HF2D TCW-500HF2D


4.26

743

413

6,000,000

2,000*1,400

2,000

5,000

2,500

14.53

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oilheater W

%

kg


Refrigerant oil POE

Net weight 3,200 3,800 4,000 4,400 4,800


Safetydevices




Refriegerant R134a

Startingmethod Y-Δ



300*2 300*2 300*2 300*2 300*2

Evaporator

Type Shelland Tube

Flowrate 1600 1800 2000 2400 3000

5.0 5.0 5.0 6.0 6.5


Lost head

8BFlange

Condenser

Type Shelland Tube

Flowrate 2000 2250 2500 3000 3750

Pipe connections PT4*2 PT4*2 PT4*2 5BFlange*2 6BFlange*2

Lost head 6.0 6.0 6.0 6.0 6.4

Foundationholes (L*E) 2,000*840 2,000*840 2,000*840 2,000*840 2,000*1,200

4,300

1,400 1,500 1,500 1,600 1,600

Dimension

2,000 2,000 2,000 2,300 2,300

3,700 3,800 3,800 4,100

EER 14.55 144.00 14.46 14.40 14.40

COP 4.27 4.22 4.23 4.22 4.22


2,400,000 2,880,000 3,600,000


Model TCW-160HF2D TCW-180HF2D TCW-200HF2D TCW-240HF2D TCW-300HF2D



1,920,000 21,600,000

13 14

TCW-120 1DCFTCW-150 1DCF

TCW-80 2DCFTCW-100 2DCFTCW-120 2DCF

TCW- 0 1D~ -4 CF TCW 100CF1D



■ Specifications



■ Specifications


kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oilheater W

%

kg


Refrigerant oil POE

Net weight 1,150 1,350 1,450 2,050 2,250

Capacitystep 0,50,75,100

Safetydevices




Refriegerant R407C

Startingmethod Y-Δ



150 150 300 300 300

Evaporator

Type Shelland Tube

Flowrate 400 500 600 800 1000

4.0 5.0 5.0 5.0 5.0

Pipe connections PT3 PT3 4BFlange 4BFlange

Lost head

4BFlange

Condenser

Type Shelland Tube

Flowrate 500 625 750 1000 1250

Pipe connections PT3 PT3 PT4 PT4 4BFlange

Lost head 4.0 4.0 4.0 4.0 5.0

Foundationholes (L*E) 1,000*540 1,200*540 1,200*540 1,400*540 1,400*740

3,000

1,100 1,200 1,200 1,200 1,300

Dimension

1,600 1,700 1,900 1,900 1,900

2,400 2,600 2,600 2,800

EER 14.55 14.63 14.40 14.55 14.46

COP 4.27 4.29 4.22 4.26 4.24


720,000 960,000 1,200,000


Model TCW-40CF1D TCW-50CF1D TCW-60CF1D TCW-80CF1D TCW-100CF1D



480,000 600,000

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oil heater W

%

kg

kg

4B Flange

1250

5.0

PT 4

150*2

2,550

0,25,50,75,100

1,700

3,300

1,200

1,800*740

1000

5.0

4B Flange

Capacity step


Safety devices




0,50,75,100



300 300 150*2 300*2

3,3003,050

Refriegerant R407C

Refrigerant oil POE

Net weight 2,450 2,650 2,250 2,750

Operatioon weight 2,950 3,150 2,700

Pipe connections 5B Flange 5B Flange PT 4 PT 4

Lost head 5.0 6.0 4.0 5.0Condenser

Type Shell and Tube

Flow rate 1500 1875 1000 1500

5.0 5.0 5.0 5.0

Pipe connections 5B Flange 5B Flange 4B Flange

Evaporator

Type Shell and Tube

Flow rate 1200 1500 800 1200

Lost head

Foundation holes (L*E) 1,500*740 1,500*740 1,800*740 1,800*740

3,300

1,300 1,300 1,200 1,300

Dimension

2,100 2,100 1,700 1,800

3,300 3,300 3,300

EER 12.00 14.40 14.55 14.40

COP 4.22 4.22 4.26 4.224.29

14.63


960,000 1,440,000


1,200,000

82

148

Model TCW-120CF1D TCW-150CF1D TCW-80CF2D TCW-120CF2DTCW-100CF2D



1,200,000 1,800,000

352

R-407CR-407C

15

TCW-360 2DCFTCW-400 2DCFTCW-500 2DCF

16

TCW-160 2D~ -CF TCW 300CF2D



■ Specifications



■ Specifications


kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

Oilheater W

%

kg


Refrigerant oil POE

Net weight 3,150 3,750 3,950 4,350 4,750


Safetydevices




Refriegerant R407C

Startingmethod Y-Δ



300*2 300*2 300*2 300*2 300*2

Evaporator

Type Shelland Tube

Flowrate 1600 1800 2000 2400 3000

5.0 5.0 5.0 6.0 6.5


Lost head

8BFlange

Condenser

Type Shelland Tube

Flowrate 2000 2250 2500 3000 3750

Pipe connections PT4*2 PT4*2 PT4*2 5BFlange*2 6BFlange*2

Lost head 6.0 6.0 6.0 6.0 6.4

Foundationholes (L*E) 2,000*840 2,000*840 2,000*840 2,000*840 2,000*1,200

4,300

1,400 1,500 1,500 1,600 1,600

Dimension

1,900 1,900 1,900 2,200 2,200

3,700 3,800 3,800 4,100

EER 14.55 144.00 14.46 14.40 14.40

COP 4.27 4.22 4.23 4.22 4.22


2,400,000 2,880,000 3,600,000


Model TCW-160CF2D TCW-180CF2D TCW-200CF2D TCW-240CF2D TCW-300CF2D



1,920,000 21,600,000

kW

Btu/hr

kW

A

kW/kW

Btu/h/W

Height (H) mm

Width (W) mm

Depth (D) mm

mm

Type

O il heater W

%

kg

kg

4.26

743

413

6,000,000

2,000*1,400

2,000

5,000

2,500

14.53

Model TCW-360CF2D TCW-400CF2D TCW-500CF2D


Cooling Capacity1,266 1,406 1,758

4,320,000 4,800,000

Running Current 536 594

Power Consumption 298 330

EER 14.50 14.55

CO P 4.25 4.26


1,900 1,900

Dimension

2,400 2,400

4,800 4,800

Condenser

Type Shell and Tube

Flow rate 4500 5000 6250

Pipe connections 6B Flange*2 6B Flange*2 6B Flange*2

Lost head 6.5 8.0 8.0

Evaporator

Type Shell and Tube

Flow rate 3600 4000 5000

6.5 8.0 9.0

Pipe connections 8B Flange 10B Flange

Lost head

10B Flange

Capacity step 0,25,50,75,100

Safety devices

High/low pres s ure s witch , Cooling differen t pres s ure s witch , Dis charge temp. pro tector,

Over curren t relay , Relief valve Phas e revers al pro tector, Thermal in terio r pro tector,

A ntifeeze pro tector, Oil level pro tector s witch , M oter winding pro tector

Refriegerant R407C




300*2 300*2 300*2

O peratioon weight 6,300 7,000 8,100

Refrigerant oil PO E

N et weight 5,250 5,850 6,750

R-407CR-407C

18

Features：� Chiller pump is standard accessory for TCA-5~30NAK Series.

Adopt stainless-made plate heat exchanger as evaporator ( for TCA-5~30NAK Series)�

which make the units more compact and have higher efficiency.

The condenser adopts corrosion-resisting fin to increase its life cycle and maintain easily.�

Adopt scroll compressor( for TCA-5~60NAK Series) of high efficiency, energy-saving.�

Automatic micro-controller let the temperature control more smoothly.�

Independent compressor protection mode can avoid all systems stopping if only one�

compressor is abnormal(for dual systems and above).

17

Air Cooled Chillers-

Notes:

1.Cooling capacity is based on: chiller water inlet temperature 12 , outlet temperature 7 ; ambient temperature. 35 DB/ 24 WB,℃ ℃ ℃ ℃

Fouling factor :0.0001m /W2 ℃

2.Operating limitation: ambient temperature 10 ~43 ; Chiller water temperature 5 ~16℃ ℃ ℃ ℃

3.Owing to technological advances, the above specifications might be updated without early notice.

4.If any other special specifications are needed, please notify our sales in advance.

5.1KW=860 kcal/hr;1kcal/hr=3.968 Btu/hr.

TCA-8/10NAK1ATCA-5NAK1A

1.Chiller water Outlet

3.Wiring line inlet

2.Chiller water inlet

4*?15

1.Chiller water outlet

3.Wiring line inlet


4.Draining pipe connector

Model

W

23.4

80,000

67.0

15.3

7.8

3.00

10.26

Hermetic Scroll

1

100,0

Direct

Propeller

1

460 1×

29.3

100,000

84

19.2

9.8

2.99

10.20

Hermetic Scroll

1

100,0

Direct

Propeller

1

790 1×

Foundation-hole pitches

Chiller inlet/outlet

Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

TCA-5NAK1A TCA-8NAK1A TCA-10NAK1A

%

0.55

PT 1 1/4

--

1,320

930

370

603

402

135

1.1

PT 1 1/2

PT 1

1,910

1,240

590

1,189

534

300

1.1

PT 1 1/2

PT 1

1,910

1,240

590

1,189

534

340

3ø 380V 50Hz

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil

Safety Devices

Cross Fin Coil

Stainless Plate Heat Exchanger

Thermal Expansion Valve

R-410A

POE

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensionsmm

mm

mm

mm

mm

kg

14.7

50,000

42

9.5

4.9

3.00

10.20

Hermetic Scroll

1

100,0

Direct

Propeller

2

84 2×

High pressure switch , Low pressure switch ,Chilled water low temp , p p ,Reversal hase rotector

Compressor overload switch, , Water pump overload switch,Fan motor internal thermal protector

Compressor 3- minute restarting protector

Cross Fin Coil


Capillary tube

R-410A

POE

Cooling CapacitykW

Btu/hr

EER Btu/hr.W

Water flow rate L/min

Running Current A

Power source

Power Consumption kW

COP kW/kW

1240 590

■ Specifications

R-410AR-410A

2019

TCA-20NAK2A


3.Wiring line inlet




3.Wiring line inlet



TCA-15/20NAK2BTCA-25NAK2A TCA-25NAK2B


2120

1954

188

315

910

2000 960

1

2

3

4

1954

2000 960

910

2120

01

02

03

04

■ Specifications■ Specifications

Notes:







Notes:







W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

2.2

PT 2 1/2

PT 1

2,120

2,000

960

1,954

910

710

2.2

PT 2 1/2

PT 1

2,012

2,000

960

1,954

910

730

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil

Safety Devices

Cross Fin Coil



R-410A

POE

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

73.3

250,000

210

47.1

24.2

3.03

10.33

Hermetic Scroll

2

100,50,0

Sequence Direct

Propeller

2

790 2×

3ø 380V 50Hz

Model TCA-25NAK2A TCA-25NAK2B




Cooling CapacitykW

Btu/hr

EER Btu/hr.W


Running Current A

Power source


COP kW/kW

Model

W

58.6

200,000

168

37.3

19.2

3.05

10.41

Hermetic Scroll

2

100,50,0

Sequence Direct

Propeller

2

460 2×

Foundation-

hole pitches


Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

TCA-15NAK2A TCA-15NAK2B

%

2.0

PT 2

PT 1

2,012

2,000

800

1,954

750

500

3ø 380V 50Hz

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil

Safety Devices

Cross Fin Coil



R-410A

POE

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

44.0

150,000

126

27.3

14.0

3.14

10.71

Hermetic Scroll

2

100,50,0

Sequence Direct

Propeller

2

460 2×

2.0

PT 2

PT 1

1,790

2,000

960

1,954

910

580


2.0

PT 2

PT 1

2,012

2,000

800

1,954

750

620

2.0

PT 2

PT 1

1,790

2,000

960

1,954

910

640




Cooling CapacitykW

Btu/hr

EER Btu/hr.W


Running Current A

Power source


COP kW/kW

R-410AR-410A

800

2012

TCA-15NAK2A

2221


2120

1954188

315

910

2000 960

1

2

3

4

2490

1805

2050

2000

2280

2295

01 02 03

04

2000

TCA-40/50/60NAK4B


3.Wiring line inlet


4.Control box

1954

2000 960

910

2120

01

02

03

04



Notes:







Notes:







Model TCA-30NAK2A TCA-30NAK2B

3ø 380V 50Hz

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

2.2

PT 2 1/2

PT 1

2,120

2,000

960

1,954

910

855

2.2

PT 2 1/2

PT 1

2,012

2,000

960

1,954

910

920

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil

Safety Devices

Cross Fin Coil



R-410A

POE

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

87.9

300,000

252

55.3

28.4

3.10

10.56

Hermetic Scroll

2

100,50,0

Sequence Direct

Propeller

2

790 2×




Cooling CapacitykW

Btu/hr

EER

Water flow rate L/minRunning Current A

Power source

Power Consumption kWCOP

TCA-40NAK4B TCA-50NAK4B TCA-60NAK4B

3ø 380V 50Hz

–

3B Flange

--

2,280

2,490

2,050

2,295

1,805

1,300

–

3B Flange

--

2,280

2,490

2,050

2,295

1,805

1,400

–

4B Flange

--

2,280

2,490

2,050

2,295

1,805

1,500

Cross Fin Coil

Shell & Tube


R-410A

POE

117.2

400,000

336

76.1

39.1

3.00

10.23

Hermetic Scroll

4

100,75,50,25,0

Sequence Direct

Propeller

4

790 4×

146.5

500,000

420

97.1

49.8

2.94

10.04

Hermetic Scroll

4

100,75,50,25,0

Sequence Direct

Propeller

4

790 4×

175.8

600,000

504

116.1

59.6

2.95

10.07

Hermetic Scroll

4

100,75,50,25,0

Sequence Direct

Propeller

4

790 4×


Compressor overload switch, ,Fan motor internal thermal protector

Compressor restarting protector

Btu/hr.W

kW/kW

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil

Safety Devices

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

mm

mm

mm

mm

mm

kg

Cooling CapacitykW

Btu/hr

EER


Running Current A

Power source

Power Consumption kWCOP

Model

Btu/hr.W

kW/kW

Dimensions

R-410AR-410A


3.Wiring line inlet



2423

2280

2985

2000

2050

1374 1364

2050

0102

03

04

TCA-40/50/60HF1BTCA-80/100HF2B

01 02 03

04




3.Wiring line inlet


4.Control box

Notes:







Notes:







Model

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil

Safety DevicesHigh & Low pressure switch, Anti-frozen switch, Compressor off-cycle protector

Compressor overload switch, Compressor internal thermal protector,

Reversal phase protector, Oil level switch, Fan motor internal thermal protector

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

TCA-100HF2B

3ø 380V 50Hz

—

4B Flange

---

2,280

4,990

2,050

1,400-1,775-1,620

1,805

3,950

Cross Fin Coil

Shell & Tube


R-134a

POE

293.0

1,000.000

840

199.6

102.5

2.86

9.76

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Delta

Propeller

8

790 8×

TCA-80HF2B

—

4B Flange

–

2,280

4,990

2,050

1,400-1,775-1,620

1,805

3,800

234.4

800,000

672

159.7

82.0

2.86

9.76

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

8

790 8×

Model TCA-40HF1B TCA-50HF1B

3ø 380V 50Hz

TCA-60HF1B

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

—

3B Flange

–

2,280

2,985

2,050

1,374 - 1,364

1,805

1,950

—

3B Flange

—

2,280

2,985

2,050

1,374 - 1,364

1,805

2,150

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




Cross Fin Coil

Shell & Tube


R-134a

POE

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

—

4B Flange

–

2,280

2,985

2,050

1,374 - 1,364

1,805

2,250

117.2

400,000

336

76.4

39.2

2.99

10.2

Semi-Hermetic Screw

1

100,75,50,0

Sequence Y-Deltat

Propeller

4

790 4×

146.5

500,000

420

97.4

50.0

2.93

10.00

Semi-Hermetic Screw

1

100,75,50,0

Sequence Y-Delta

Propeller

4

790 4×

175.8

600,000

504

116.9

60.0

2.93

10.00

Semi-Hermetic Screw

1

100,75,50,0

Sequence Y-Deltat

Propeller

4

790 x 4

Cooling CapacitykW

Btu/hr

EER


Running Current A

Power source


COPBtu/hr.W

kW/kW

Cooling CapacitykW

Btu/hr

EER


Running Current A

Power source


COP

Btu/hr.W

kW/kW


3.Wiring line inlet


4.Control box


25 26

0102 03

04

TCA-120HF2B


3.Wiring line inlet


4.Control box

01 02 03

04

TCA-150/180HF2B


3.Wiring line inlet


4.Control box


Notes:







Notes:







Model

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

TCA-180HF2B

3ø 380V 50Hz

—

5B Flange

—

2,280

9,000

2,050

2,700-3,100-2,885

1,805

7,500

Cross Fin Coil

Shell & Tube


R-134a

POE

527.5

1,800,000

1,512

368.3

189.1

2.79

9.52

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Delta

Propeller

16

790 16×

TCA-150HF2B

—

5B Flange

—

2,280

9,000

2,050

2,700-3,100-2,885

1,805

6,500

439.6

1,500,000

1,260

306.9

157.5

2.79

9.52

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

16

790 16×

Cooling CapacitykW

Btu/hr


Running Current A

Power source


Model

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

3ø 380V 50Hz

Cross Fin Coil

Shell & Tube


R-134a

POE

TCA-120HF2B

—

5B Flange

–

2,280

7,000

2,050

2,200-2,285-2,200

1,805

5,200

351.7

1,200,000

1,008

245.5

126.0

2.79

9.52

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

12

790 12×

Cooling CapacitykW

Btu/hr


Running Current A

Power source


EERCOP

Btu/hr.W

kW/kW

EER

COP

Btu/hr.W

kW/kW


01 02 03

04

TCA-200HF2B


3.Wiring line inlet


4.Control box

Model

W

Foundation-

hole pitches


Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

3ø 380V 50Hz

Cross Fin Coil

Shell & Tube


R-134a

POE

TCA-200HF2B

—

6B Flange

–

2,280

11,000

2,050

2,700-2,700-2,700-2,585

1,805

9,500

586.1

2,000,000

1,680

413.6

212.3

2.76

9.42

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

20

790 20×

Cooling CapacitykW

Btu/hr


Running Current A

Power source


■ Specifications

Notes:







EERCOP

Btu/hr.W

kW/kW

R-407CR-407C

2280

2985

2000

2050

1374 1364

2050

0102

03

04

TCA-40/50/60CF1B

■ Specifications


3.Wiring line inlet


4.Control box

Notes:







Model TCA-40CF1B TCA-50CF1B

3ø 380V 50Hz

TCA-60CF1B

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

—

3B Flange

–

2,280

2,985

2,050

1,374 - 1,364

1,805

1,950

—

3B Flange

—

2,280

2,985

2,050

1,374 - 1,364

1,805

2,150

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




Cross Fin Coil

Shell & Tube


R-407C

POE

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

—

4B Flange

–

2,280

2,985

2,050

1,374 - 1,364

1,805

2,250

117.2

400,000

336

76.1

39.2

2.99

10.20

Semi-Hermetic Screw

1

100,75,50,0

Sequence Y-Deltat

Propeller

4

790 4×

146.5

500,000

420

97.4

50.0

2.93

10.00

Semi-Hermetic Screw

1

100,75,50,0

Sequence Y-Delta

Propeller

4

790 4×

175.8

600,000

504

116.9

60.0

2.93

10.00

Semi-Hermetic Screw

1

100,75,50,0

Sequence Y-Deltat

Propeller

4

790 x 4

Cooling CapacitykW

Btu/hr

EER


Running Current A

Power source


COPBtu/hr.W

kW/kW

2827

3029

■ Specifications


Notes:







Model

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

TCA-160CF2B

3ø 380V 50Hz

—

5B Flange

---

2,280

7,000

2,050

2,700-3,100-2,885

1,805

5,500

Cross Fin Coil

Shell & Tube


R-407C

POE

468.9

1,600.000

1,344

329.0

168.0

2.79

9.52

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Delta

Propeller

12

790 12×

TCA-150CF2B

—

5B Flange

–

2,280

7,000

2,050

2,200-2,285-2,000

1,805

5,400

439.6

1,500,000

1,260

306.9

158.0

2.79

9.52

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

12

790 12×

Cooling CapacitykW

Btu/hr

EER


Running Current A

Power source


COP

Btu/hr.W

kW/kW

TCA-80/100/120CF2B

01 02 03

04


3.Wiring line inlet


4.Control box

■ Specifications

Notes:







Model TCA-80CF2B TCA-100CF2B

3ø 380V 50Hz

TCA-120CF2B

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

—

4B Flange

–

2,280

4,990

2,050

1,400-1,775-1,620

1,805

3,800

—

4B Flange

—

2,280

4,990

2,050

1,400-1,775-1,620

1,805

3,950

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




Cross Fin Coil

Shell & Tube


R-407C

POE

kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

—

5B Flange

–

2,280

4,990

2,050

1,400-1,775-1,620

1,805

4,050

234.4

800,000

672

159.7

82.0

2.86

9.76

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

8

790 8×

293.0

1,000,000

840

199.6

102.5

2.86

9.76

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Delta

Propeller

8

790 8×

351.7

1,200,000

1,008

245.5

126.0

2.79

9.52

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

8

790 x 8

Cooling CapacitykW

Btu/hr

EER


Running Current A

Power source


COPBtu/hr.W

kW/kW

0102 03

04

TCA-150/160CF2B


3.Wiring line inlet


4.Control box

R-407CR-407C

Model

W



Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

TCA-200CF2B

3ø 380V 50Hz

—

6B Flange

—

2,280

9,000

2,050

2,700-3,100-2,885

1,805

6,600

Cross Fin Coil

Shell & Tube


R-407C

POE

586.1

2,000,000

1,680

413.6

212.0

2.76

9.42

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Delta

Propeller

16

790 16×

TCA-180CF2B

—

5B Flange

—

2,280

9,000

2,050

2,700-3,100-2,885

1,805

6,500

527.5

1,800,000

1,512

368.3

189.0

2.79

9.52

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

16

790 16×

Cooling CapacitykW

Btu/hr


Running Current A

Power source


EER

COP

Btu/hr.W

kW/kW


31 32


Notes:







Notes:







01 02 03

04

TCA-180/200CF2B


3.Wiring line inlet


4.Control box

Model

W

Foundation-

hole pitches


Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

3ø 380V 50Hz

Cross Fin Coil

Shell & Tube


R-407C

POE

TCA-220CF2B

—

6B Flange

–

2,280

11,000

2,050

2,700-2,700-2,700-2,585

1,805

9,500

644.7

2,200,000

1,848

460.1

234.0

2.76

9.42

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

20

790 20×

Cooling CapacitykW

Btu/hr


Running Current A

Power source


EERCOP

Btu/hr.W

kW/kW

01 02 03

04

TCA-220CF2B


3.Wiring line inlet


4.Control box

R-407CR-407C

01 02 03

04

TCA-240CF2B


3.Wiring line inlet


4.Control box

Notes:

1.Cooling capacity is based on indoor air temperature 27 DB/19.0℃ ℃

WB,entering chiller water temperature 7 and leaving chiller℃

water temperature 12 .℃

2. 1KW=860 kcal/hr 1kcal/hr=3.968 Btu/hr.；

Air Handling UnitAir Handling UnitAir Cooled Chillers-

33 34

■ Specifications

■ Specifications

Notes:







3ø 380V 50Hz

Cooling CapacityBtu/hr

Chiller Water

Head loss

kw

kw

Type

Fan Air volume

Motor output

CMM

L / min

mH O2

Plenum chamber

Dim.

Height mm

Width mm

Depth mm

kgWeight

Evaporator

Chiller water inlet & outlet

Drain pipe

inch

inch

pa

pa

Safety devices Fan motor overload switch

Cross fin coil

External staticpressure

Dual suction multi-blades

Optional

17.6

60,000

45

3.0

45

0.4

26.4.

90,000

75

3.0

68

0.75

53.0

180,000

150

3.0

135

2.2

35.2

120,000

100

3.5

90

0.75

70.3

240,000

200

3.0

180

3.7

105.5

360,000

300

3.0

270

5.5

141.0

480,000

400

3.5

360

7.5

0

50

0

50

0

50

80

0

80

0

150

–

200

–

1 1/4

1

1,870

950

510

130

1 1/2

1

1,870

950

510

180

1

1,870

1,470

510

240

1

1,870

1,470

720

300

1 1/2 2 1/2 2 1/2

1

2 2

Model

Power Source

Standard

Standard

Optional

–

1

1,870

1,810

720

360

1

1,870

1,760

1,050

450

Model

W

Foundation-

hole pitches


Draining

Co

mp

ress

or

Fan

Pip

e

Type

Quantity

Capacity Step

Starting method

Type

Quantity

Output

%

Condenser

Evaporator

Refrigerant control

Refrigerant

Refrigerant Oil




kw

Weight

Water Pump

Height

Width

Depth

Width

Depth

Dimensions

mm

mm

mm

mm

mm

kg

3ø 380V 50Hz

Cross Fin Coil

Shell & Tube


R-407C

POE

TCA-240CF2B

—

6B Flange

–

2,280

11,000

2,050

2,700-2,700-2,700-2,585

1,805

9,700

703.3

2,400,000

2,016

503.9

255.0

2.76

9.42

Semi-Hermetic Screw

2

100,75,50,25,0

Sequence Y-Deltat

Propeller

20

790 20×

Cooling CapacitykW

Btu/hr


Running Current A

Power source


EERCOP

Btu/hr.W

kW/kW

R-407CR-407C

TAV-5H TAV-8H TAV-10H／／TAV-15H TAV-20H／

950

1,170

1,470

1,445

1,785

920

1,144

1,444

1,470

1,810

360

530

134

244

394

540

680

115

180

A AB B DC C ETAV-5H

TAV-8H

TAV-10H

TAV-15H

TAV-20H

��

��

■ Dimensions (mm)

1 .Chiller water inlet2 .Chiller water outlet3 .Upper draining pipe outlet4 .Lower draining pipe outlet5 .Power line inlet

1 .Chiller water inlet2 .Chiller water outlet3 .Upper draining pipe outlet4 .Lower draining pipe outlet5 .Power line inlet

ModelModel

dim dim

TAV-40H

TAV-30H

Plenum Chamber (Optional for free blow type)

■ Dimensions:

35 36

FA-15

FA-20

342

342

1470

1810

720

720

TAV-15H

TAV-20H

ModelDimensions:

Height Width(A) Depth(B)Fitting units

37 38

FAN COIL UNITS

Ceiling Concealed Type

kcal/hrkw

(CFM)

2,500

2.9

1

1

300

4

8.3

252

850

489

18

,3 000

3.5

1

1

400

4

10

252

1 040,

489

22

4,500

5.2

1

2

600

4

15

252

1 240,

489

28

,6 000

7.0

1

2

800

4

20

252

1 470,

489

33

7,500

8.7

2

3

1,000

4

25

252

1 690,

489

42

,9 000

10.5

2

4

1,200

4

30

252

1,900

489

50

10 500,

12.2

2

4

1,400

4

35

252

2 090,

489

60

15,000

17.4

1

2

1,600

4

50

340

1,717

530

75

CoilDimensions

Fan

TFWM-302C TFWM-402C TFWM-602C TFWM-802C TFWM-1002C TFWM-1202C TFWM-1402C TFWM-1602C

(kg)

Moter Quantity

Quantity

Type

Type

(Inch)Water conn

Weight

Air volume

Cooling Capacity

Height (mm)Width (mm)

Depth (mm)

Dual suction multi-blades

1 220V 50HZ∮

Water flow (L/min)Cross fin coil

3/4" 1"

Power source

External staticpressure (mmAq)

MODEL

Notes:

Cooling capacity is based on indoor air temperature 27 DB/19.0℃ ℃

WB,entering chiller water temperature 7 and leaving chiller℃

water temperature 12 .℃

�Specifications

DimensionsMODEL

1602C 1,690 1,300 1,260 P200x5=1000

TFWM-302~1402C

TFWM-1602C

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