technical data - IG Climaigclima.com/dvd-daikin/3_Applied_Systems/4_Fan-Coils/FWV... · 2010. 5....

EEDEN08-424

technical dataFan coil units

FWV-FWL-FWMFWDFWBFWCFWFFWT

• Fan coil units

1

• Hydronic Systems • Fan coil units1

FWV-FWL-FWM Hydronic Sys EWTP-MBY R-407C

Cooling only

Heating only

Heat pump

• Fan coil units • Table of Contents 2

• Table of Contents

Fan coil units OEM

Low wall / Flexi type unit ................... 1 FWV-FWL-FWM .................. 4

Duct Unit............................................ 2 FWD ................ 42

Small Duct Unit.................................. 3 FWB ................ 80

Ceiling mounted cassette unit ........... 4 FWC .............. 110

Ceiling mounted cassette unit ........... 5 FWF .............. 132

Wall mounted unit.............................. 6 FWT .............. 148

3

1

2

3

4

5

6

• Hydronic Systems • Fan coil units 4

• Fan coil units • Low wall / Flexi type unit • FWV-FWL-FWM

TABLE OF CONTENTSFWV-FWL-FWM

1 Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

2 Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6Nominal capacity and nominal input . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6Technical Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7Electrical Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

3 Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

4 Control systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

5 Capacity tables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13Cooling capacity tables - 2-pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13Cooling capacity tables - 4-pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17Capacity tables with glycol for process cooling applications . . . . . . . . 21Heating capacity tables - 2-pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22Heating capacity tables - 4-pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Power consumption - 2-pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26Power consumption - 4-pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28Capacity correction factor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

6 Dimensional drawing & centre of gravity . . . . . . . . . . . . . . . . . . . . . . . 31Dimensional drawing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

7 Wiring diagram. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33Wiring diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

8 Sound data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34Sound level data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

9 Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Installation method . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

10 Operation range . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

11 Hydraulic performance. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39Water pressure drop curve evaporator cooling 2-pipe . . . . . . . . . . . . . . 39Water pressure drop curve evaporator heating 2-pipe . . . . . . . . . . . . . . 39Water pressure drop curve evaporator heating 4-pipe . . . . . . . . . . . . . . 40

Low wall / Flexi type unit

FWV-FWL-FWM



1 Features

3

11

Fan coil un Hydronic Sys FWV-FWL-FWM Low wall / • Quick fixing system for wall mounting

• Pre-assembled 3-way/4-port ON/OFF valves are available

• Valve packages are insulated, no extra drain pan required

• Valve packages contain balancing valves and sensor pocket

• Fast-on connections for electrical options : no tools needed

• Quick removal of washable filter

• Electrical heater : no relay up to 2kw capacity

• Electrical heater : equipped with two overheat cut-out thermostats



2 Specifications

3

12

2-1 NOMINAL CAPACITY AND NOMINAL INPUT FWV-L-M01CATN/TVFWV-L-M

02CATN/TVFWV-L-M

03CATN/TVFWV-L-M

04CATN/TVFWV-L-M

06CATN/TVFWV-L-M

08CATN/TVFWV-L-M

10CATN/TV

Power Input High W 37 53 56 98 98 182 244Medium W 28 36 43 61 68 127 169Low W 21 24 29 38 47 86 109

Cooling capacity Total capacity High kW 1.54 2.09 2.93 4.33 4.77 6.71 8.02Medium kW 1.24 1.81 2.38 3.27 3.87 5.27 6.24Low kW 1.04 1.45 1.76 2.51 3.17 3.97 4.11

Sensible capacity High kW 1.20 1.51 2.11 3.15 3.65 4.91 5.96Medium kW 0.97 1.31 1.70 2.45 2.92 3.83 4.63Low kW 0.79 1.05 1.26 1.80 2.32 2.84 3.05

Heating capacity (2-pipe)

High kW 2.14 2.57 3.81 5.63 6.36 7.83 10.03Medium kW 1.73 2.18 3.08 4.30 5.21 6.23 7.80Low kW 1.43 1.79 2.28 3.29 4.24 4.77 5.24

2-1 NOMINAL CAPACITY AND NOMINAL INPUT FWV-L-M01CAFN/FVFWV-L-M

02CAFN/FVFWV-L-M

03CAFN/FVFWV-L-M

04CAFN/FVFWV-L-M

06CAFN/FVFWV-L-M

08CAFN/FVFWV-L-M

10CAFN/FV

Power Input High W 37 53 56 98 98 182 244Medium W 28 36 43 61 68 127 169Low W 21 24 29 38 47 86 109

Cooling capacity Total capacity High kW 1.46 1.90 2.87 4.33 4.67 6.64 7.88Medium kW 1.24 1.62 2.33 3.27 3.81 5.23 6.16Low kW 0.99 1.35 1.73 2.48 3.11 3.93 4.07

Sensible capacity High kW 1.14 1.51 2.07 3.15 3.57 4.85 5.85Medium kW 0.97 1.25 1.66 2.45 2.87 3.80 4.57Low kW 0.75 1.10 1.24 1.78 2.28 2.82 3.02

Heating capacity(4-pipe)

High kW 1.90 2.10 3.08 5.05 5.30 7.91 9.30Medium kW 1.70 1.78 2.68 4.25 4.65 6.83 7.95Low kW 1.50 1.56 2.18 3.60 4.04 5.69 6.12



2 Specifications

3

12

2-2 TECHNICAL SPECIFICATIONS FWV-L-M01CATN/TVFWV-L-M

02CATN/TVFWV-L-M

03CATN/TVFWV-L-M

04CATN/TVFWV-L-M

06CATN/TVFWV-L-M

08CATN/TVFWV-L-M

10CATN/TV

Dimensions Unit - FWV Height mm 564 564 564 564 564 564 564Width mm 774 774 984 1194 1194 1404 1404Depth mm 226 226 226 226 226 251 251

Unit - FWL Height mm 564 564 564 564 564 564 564Width mm 774 774 984 1194 1194 1404 1404Depth mm 226 226 226 226 226 251 251

Unit - FWM Height mm 535 535 535 535 535 535 535Width mm 584 584 794 1004 1004 1214 1214Depth mm 224 224 224 224 224 249 249

Weight Machine weight - FWV kg 19 20 25 30 31 41 41Machine weight - FWL kg 20 21 27 32 33 44 44Machine weight - FWM kg 14 15 19 23 23 32 32

Material Plastic + sheet metalColour Plastic and metal RAL9010Sound level Sound power High dBA 45 50 47 52 56 61 66

Medium dBA 39 44 41 43 49 54 59Low dBA 33 38 33 35 43 47 49

Water flow Cooling l/h 265 359 504 745 820 1154 1343Heating l/h 265 359 504 745 820 1154 1343

Water pressure drop Cooling kPa 13 13 11 12 14 12 19Heating kPa 9 11 9 9 10 9 16

Fan Type Centrifugal multi-blade, double suctionAir flow rate High m³/h 319 344 442 706 785 1011 1393

Medium m³/h 233 271 341 497 605 771 1022Low m³/h 178 211 241 361 470 570 642

Speed 3 steps : high, medium, lowQuantity 1 1 2 2 2 2 2

Motor Type Closed induction, B class insulation, winding thermal cut-outStandard heat exchanger

Rows mm 2 3 3 3 3 3 3Stages mm 10 10 10 10 10 12 12Fin pitch mm 1.8 1.6 1.6 1.8 1.6 2.1 2.1Face area m² 0.086 0.086 0.138 0.191 0.191 0.292 0.292Water volume l 0.5 0.7 1 1.4 1.4 2.1 2.1

Air filter PlasticInsulation material Class 1 self-extinguishingVibration insulation Rubber ring for fan motorWater connections Std. heat exchanger inch 1/2 1/2 1/2 1/2 1/2 3/4 3/4Drain mm 16 16 16 16 16 16 16Notes Cooling capacity is based on room temperature 27° CDB, 19° CWB and entering water

temperature 7° C, water temperature rise 5K.Heating capacity is based on: room temperatue 20° CDB and entering water temperature 50° C,

water flow rate as during cooling.Air flow at 0 Pa ESP



2 Specifications

3

12

2-2 TECHNICAL SPECIFICATIONS FWV-L-M01CAFN/FVFWV-L-M

02CAFN/FVFWV-L-M

03CAFN/FVFWV-L-M

04CAFN/FVFWV-L-M

06CAFN/FVFWV-L-M

08CAFN/FVFWV-L-M

10CAFN/FV

Dimensions Unit - FWV Height mm 564 564 564 564 564 564 564Width mm 774 774 984 1194 1194 1404 1404Depth mm 226 226 226 226 226 251 251

Unit - FWL Height mm 564 564 564 564 564 564 564Width mm 774 774 984 1194 1194 1404 1404Depth mm 226 226 226 226 226 251 251

Unit - FWM Height mm 535 535 535 535 535 535 535Width mm 584 584 794 1004 1004 1214 1214Depth mm 224 224 224 224 224 249 249

Weight Machine weight - FWV kg 20 21 26 32 33 44 44Machine weight - FWL kg 21 22 28 34 35 46 46Machine weight - FWM kg 15 16 20 25 25 34 34

Material Plastic + sheet metalColour Plastic and metal RAL9010Sound level Sound power High dBA 45 50 47 52 56 61 66

Medium dBA 39 44 41 43 49 54 59Low dBA 33 38 33 35 43 47 49

Water flow Cooling l/h 251 327 494 745 803 1142 1355Heating l/h 196 182 286 396 465 694 816

Water pressure drop Cooling kPa 13 13 11 12 14 12 19Heating kPa 7 8 5 10 10 8 9

Fan Type Centrifugal multi-blade, double suctionAir flow rate High m³/h 307 327 431 690 763 998 1362

Medium m³/h 225 261 332 490 593 765 1007Low m³/h 174 205 238 356 460 565 636

Speed 3 steps : high, medium, lowQuantity 1 1 2 2 2 2 2

Motor Type Closed induction, B class insulation, winding thermal cut-outStandard heat exchanger

Rows mm 2 3 3 3 3 3 3Stages mm 10 10 10 10 10 12 12Fin pitch mm 1.8 1.6 1.6 1.8 1.6 2.1 2.1Face area m² 0.086 0.086 0.138 0.191 0.191 0.292 0.292Water volume l 0.5 0.7 1 1.4 1.4 2.1 2.1

Additional heat exchanger

Rows mm 1 1 1 1 1 1 1Stages mm 8 8 8 8 8 10 10Fin pitch mm 1.6 1.6 1.6 1.6 1.6 1.6 1.6Face area m² 0.068 0.068 0.11 0.152 0.152 0.243 0.243Water volume l 0.2 0.2 0.3 0.4 0.4 0.6 0.6

Air filter PlasticInsulation material Class 1 self-extinguishingVibration insulation Rubber ring for fan motorWater connections Std. heat exchanger inch 1/2 1/2 1/2 1/2 1/2 3/4 3/4Drain mm 16 16 16 16 16 16 16Notes Rating conditions cooling 4 pipe : air 27

Rating conditions heating 4 pipe : air 20Air flow at 0 Pa ESP



2 Specifications

3

12

2-3 ELECTRICAL SPECIFICATIONS FWV-L-M01CATN/TVFWV-L-M

02CATN/TVFWV-L-M

03CATN/TVFWV-L-M

04CATN/TVFWV-L-M

06CATN/TVFWV-L-M

08CATN/TVFWV-L-M

10CATN/TV

Current input High A 0.17 0.24 0.25 0.44 0.43 0.80 1.12Medium A 0.13 0.16 0.20 0.29 0.31 0.57 0.79Low A 0.10 0.11 0.14 0.19 0.22 0.40 0.55

Required power supply V / f / Hz 230/1/50Required fuses A 0.5 0.5 0.5 0.5 0.5 1 2Required wire section mm² 1 1 1 1 1 1 1Notes The power consumption for the valve motor is 5W (peak) only during opening

For more details concerning conditional connections, see http://www.daikineurope.com, select E-data Books. Finally click on the document title of your choice

2-3 ELECTRICAL SPECIFICATIONS FWV-L-M01CAFN/FVFWV-L-M

02CAFN/FVFWV-L-M

03CAFN/FVFWV-L-M

04CAFN/FVFWV-L-M

06CAFN/FVFWV-L-M

08CAFN/FVFWV-L-M

10CAFN/FV

Current input High A 0.17 0.24l 0.25 0.44 0.43 0.80 1.12Medium A 0.13 0.16 0.20 0.29 0.31 0.57 0.79Low A 0.10 0.11 0.14 0.19 0.22 0.40 0.55

Required power supply V / f / Hz 230/1/50Required fuses A 0.5 0.5 0.5 0.5 0.5 1 2Required wire section mm² 1 1 1 1 1 1 1Notes The power consumption for the valve motor is 5W (peak) only during opening

For more details concerning conditional connections, see http://www.daikineurope.com, select E-data Books. Finally click on the document title of your choice



3 Options

3

13

FWV

-FW

L-F

WM

F2F4

F6F8

F9F1

0F1

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3 Options

3

13

FW

V

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4 Control systems

3

14

Cool/heat changeover Options Basic control functions Control features

7X X X X XX X X X XX X X X X XX X X X X X

X X X XX X X X

X X X X X X XX X X X X X X

X X X X XX X X X X

X X X X XX X X X X X

Manual cool/heat changeover.

Automatic cool/heat changeover based on water temperature.

Automatic cool/heat changeover based on air temperature.

Control of the 3-way/4pipe ON/OFF valve. The water valve shut-off once the desired temperature is reached.

The controller controls the electric heater as integration or replacement of the hot water heating system. When the operating modeselector witch is turned on ’’electric heater’’ and the electric heater is turned on, the fan runs continuously at medium speed. Whenthe operating mode selector switch is turned to ’’electric heater’’ and the electric heater is turned on, the fan runs continuously atmedium speed.

The fan speed can be set at one of the 3 speeds (low, medium or maximum) by turning the operation mode selector.

7 The fan speed is switched automatically based on the difference between the temperature set on the thermostat and the roomtemperature.Optimised comfort cooling. When the fan coil has reached the desired setpoint, the fan will operate at medium speed and atregular intervals to ensure constant room temperature and lower sound.

The controller prevents the fan coil unit from operating in one mode, if the required water temperature is not achieved to operatein the selected mode.

The dead zone is a temperature interval close to the set temperature. When the air is warmer/cooler than the top/lower limit of theneutral zone, the cooling/heating mode is selected.

4-pi

pe2-

pipe



5 Capacity tables5 - 1 Cooling capacity tables - 2-pipe

3

15

Airtem

perat

ure(°C

DB-°

CWB)

22-1

6Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

TN/TV

Max.

880

840

152

582

082

014

04

730

730

125

465

065

011

13

Med

.72

072

012

44

660

660

114

361

061

010

43

550

550

952

Min.

640

570

110

358

058

010

02

540

540

922

490

490

842

FW02

TN/TV

Max.

1290

1070

221

610

9010

9018

74

980

980

169

488

088

015

13

Med

.11

2093

019

25

880

830

151

386

086

014

83

790

790

135

2M

in.91

075

015

73

780

700

133

273

073

012

52

670

670

114

2FW

03TN

/TVM

ax.17

3014

7029

65

1480

1480

255

313

7013

7023

53

1260

1260

216

3M

ed.

1450

1200

249

312

6011

2021

63

1180

1180

203

210

8010

8018

62

Min.

1240

960

213

310

9089

018

62

920

820

158

186

086

014

91

FW04

TN/TV

Max.

2480

2170

425

521

4021

4036

84

1970

1970

339

318

1018

1031

03

Med

.19

9017

4034

13

1720

1630

295

216

2016

2027

92

1490

1490

256

2M

in.17

5013

6030

03

1520

1270

261

212

9011

7022

11

1230

1230

212

1FW

06TN

/TVM

ax.28

2025

7048

46

2390

2390

410

421

2021

2036

33

1930

1930

331

3M

ed.

2150

1990

369

419

8019

8034

03

1830

1830

314

316

7016

7028

72

Min.

1960

1650

336

317

0015

5029

22

1590

1590

272

214

6014

6025

02

FW08

TN/TV

Max.

3850

3380

661

532

9032

9056

54

3040

3040

522

327

8027

8047

83

Med

.31

4026

8053

93

2720

2510

467

325

7025

7044

12

2360

2360

405

2M

in.27

3021

3046

93

2380

1990

409

220

1018

4034

61

1940

1940

333

1FW

10TN

/TVM

ax.47

9042

0082

28

4000

4000

687

635

5035

5061

05

3120

3120

536

4M

ed.

3380

3120

579

431

3031

3053

84

2890

2890

496

326

5026

5045

53

Min.

2770

2270

474

324

0021

2041

22

2170

2170

373

219

9019

9034

22

4TW

6001

2-1A

(She

et1/

13)




3

15

Airtem

perat

ure(°C

DB-°

CWB)

25-1

8Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

TN/TV

Max.

1480

1110

254

1312

6010

3021

79

1020

940

175

692

092

015

85

Med

.11

9090

020

59

1010

830

174

681

075

013

94

740

740

126

4M

in.10

0074

017

26

850

670

145

568

061

011

73

620

620

107

3FW

02TN

/TVM

ax.20

2014

1034

613

1750

1300

300

1014

5011

9025

07

1120

1060

193

4M

ed.

1750

1230

300

1015

2011

3026

08

1260

1030

217

697

092

016

73

Min.

1400

980

240

712

1091

020

85

1000

820

172

482

075

014

13

FW03

TN/TV

Max.

2820

1970

484

1124

4018

2041

98

2010

1640

345

616

6016

6028

44

Med

.22

9015

9039

37

1970

1460

338

615

9013

1027

34

1320

1200

226

3M

in.16

9011

8029

04

1460

1080

251

313

0010

2022

43

1140

950

196

2FW

04TN

/TVM

ax.41

7029

4071

512

3590

2710

617

929

4024

5050

46

2440

2440

418

4M

ed.

3140

2280

538

726

7020

9045

85

2080

1860

357

318

8018

8032

23

Min.

2390

1670

410

420

6015

4035

43

1830

1440

315

316

0013

5027

42

FW06

TN/TV

Max.

4600

3400

788

1439

7031

5068

210

3280

2880

562

726

9026

9046

35

Med

.37

2027

2063

99

3200

2510

549

725

8022

7044

35

2160

2160

371

4M

in.30

4021

6052

27

2580

1970

444

520

5017

6035

23

1780

1660

306

3FW

08TN

/TVM

ax.64

7045

9011

0911

5590

4230

960

945

9038

3078

86

3730

3730

640

4M

ed.

5060

3580

868

743

2032

7074

16

3360

2890

578

428

5026

9048

93

Min.

3780

2640

649

432

3024

1055

43

2870

2270

492

325

0021

2042

92

FW10

TN/TV

Max.

7730

5560

1325

1966

9051

5011

4815

5540

4700

951

1045

2045

2077

67

Med

.60

0043

2010

3012

5150

3980

885

941

6035

9071

46

3460

3460

595

5M

in.39

2028

3067

26

3270

2570

561

429

0024

2049

83

2520

2280

433

3

4TW

6001

2-1A

(She

et3/

13)




3

15

Airtem

perat

ure(°C

DB-°

CWB)

27-1

9Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

TN/TV

Max

1750

1280

301

1715

4012

0026

413

1310

1120

226

1010

9010

9018

87

Med

.14

1010

4024

212

1240

970

213

910

6090

018

17

880

880

151

5M

in.11

8085

020

39

1040

790

179

789

073

015

25

710

670

122

3FW

02TN

/TVM

ax.23

5016

1040

316

2090

1510

359

1318

1014

0031

110

1510

1290

260

8M

ed.

2030

1400

348

1318

1013

1031

110

1570

1220

270

813

2011

2022

66

Min.

1630

1120

279

914

5010

5024

97

1260

970

216

510

5089

018

04

FW03

TN/TV

Max.

3290

2260

564

1429

3021

1050

311

2540

1950

436

921

1017

9036

26

Med

.26

7018

2045

910

2380

1700

408

820

6015

7035

36

1680

1420

289

4M

in.19

9013

6034

16

1760

1260

302

515

0011

5025

84

1320

1080

227

3FW

04TN

/TVM

ax.48

7033

7083

515

4330

3150

743

1237

5029

2064

310

3090

2670

530

7M

ed.

3690

2620

632

932

7024

5056

18

2800

2260

481

622

3020

5038

34

Min.

2850

1950

489

625

1018

0043

15

2100

1640

361

318

6015

4031

93

FW06

TN/TV

Max.

5360

3890

919

1847

7036

5081

814

4140

3400

710

1134

3031

4058

98

Med

.43

5031

2074

712

3870

2920

664

1033

4027

1057

48

2730

2480

469

5M

in.35

7024

9061

39

3170

2320

544

727

1021

4046

65

2150

1920

370

4FW

08TN

/TVM

ax.75

2052

5012

8915

6710

4910

1152

1258

3045

6010

019

4830

4170

829

7M

ed.

5930

4110

1016

1052

7038

3090

48

4530

3530

778

636

3031

9062

44

Min.

4510

3070

774

639

7028

4068

15

3310

2570

569

429

1024

2050

03

FW10

TN/TV

Max.

9000

6350

1544

2580

2059

6013

7620

6960

5560

1196

1658

0051

2099

511

Med

.70

2049

5012

0416

6240

4630

1071

1353

9043

0092

410

4400

3930

756

7M

in.46

9032

9080

48

4110

3050

706

634

3027

8058

85

2940

2600

505

3

4TW

6001

2-1A

(She

et5/

13)




3

15

Airtem

perat

ure(°C

DB-°

CWB)

30-2

2Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

TN/TV

Max.

2640

1520

453

3524

4014

5041

930

2240

1370

384

2620

2012

9034

721

Med

.21

2012

3036

424

1960

1170

337

2118

0011

1030

918

1630

1050

279

15M

in.17

7010

2030

417

1640

960

282

1515

1091

025

913

1360

860

234

11FW

02TN

/TVM

ax.34

3019

2058

932

3190

1820

548

2829

4017

3050

524

2680

1630

460

20M

ed.

2940

1660

505

2527

4015

8047

122

2530

1500

435

1923

1014

1039

716

Min.

2360

1340

404

1722

0012

7037

715

2030

1200

349

1318

6011

3031

911

FW03

TN/TV

Max.

4770

2690

818

2744

5025

5076

424

4110

2410

706

2037

6022

8064

517

Med

.38

8021

8066

519

3620

2070

621

1633

5019

6057

514

3060

1840

526

12M

in.28

9016

3049

511

2700

1550

463

1025

0014

6042

99

2290

1370

393

7FW

04TN

/TVM

ax.71

1040

0012

2030

6630

3800

1137

2661

2036

0010

5022

5580

3400

958

19M

ed.

5400

3120

926

1850

3029

6086

416

4650

2810

798

1442

4026

5072

912

Min.

4190

2350

719

1239

1022

3067

110

3620

2110

621

933

0019

8056

78

FW06

TN/TV

Max.

7810

4570

1340

3472

8043

5012

4930

6720

4130

1153

2661

3039

1010

5322

Med

.63

5036

9010

9024

5920

3510

1016

2154

7033

3093

918

4990

3140

857

15M

in.52

2029

7089

517

4870

2820

836

1545

0026

7077

313

4110

2520

706

11FW

08TN

/TVM

ax.10

880

6210

1867

2910

160

5900

1743

2594

0056

0016

1322

8600

5280

1476

19M

ed.

8610

4890

1478

1980

4046

5013

8117

7440

4400

1278

1568

1041

5011

6912

Min.

6630

3710

1137

1261

9035

2010

6211

5730

3320

983

952

3031

2089

88

FW10

TN/TV

Max.

1310

074

7022

4648

1223

071

2020

9842

1128

067

6019

3736

1111

068

4019

0929

Med

.10

270

5860

1762

3195

7055

8016

4227

8840

5290

1517

2486

8053

2014

9119

Min.

6950

3950

1193

1664

8037

5011

1214

5980

3550

1026

1258

5035

4010

049

4TW

6001

2-1A

(She

et7/

13)




3

15

Airtem

perat

ure(°C

DB-°

CWB)

22-1

6Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

FN/FV

Max.

850

850

146

577

077

013

24

690

690

118

362

062

010

73

Med

.67

064

011

63

620

620

107

357

057

098

252

052

090

2M

in.62

055

010

73

560

560

962

520

520

892

470

470

812

FW02

FN/FV

Max.

1160

1080

199

699

099

017

05

900

900

154

481

081

014

03

Med

.98

089

016

75

860

860

148

479

079

013

63

720

720

124

3M

in.87

074

014

94

740

690

127

369

069

011

82

630

630

108

2FW

03FN

/FVM

ax.16

8014

3028

94

1460

1460

251

313

5013

5023

23

1240

1240

213

2M

ed.

1440

1180

246

312

5011

0021

43

1160

1160

199

210

7010

7018

32

Min.

1230

950

211

310

8088

018

52

910

810

157

185

085

014

71

FW04

FN/FV

Max.

2420

2120

415

421

1021

1036

34

1950

1950

335

317

9017

9030

73

Med

.19

8017

2033

93

1710

1610

294

216

1016

1027

62

1480

1480

254

2M

in.17

4013

5029

83

1510

1260

260

212

8011

6022

01

1220

1220

210

1FW

06FN

/FVM

ax.27

5025

0047

15

2330

2330

400

420

7020

7035

63

1900

1900

326

3M

ed.

2140

1960

367

419

6019

6033

63

1810

1810

310

316

6016

6028

42

Min.

1940

1630

334

316

9015

2028

92

1570

1570

269

214

4014

4024

72

FW08

FN/FV

Max.

3790

3330

650

532

7032

7056

13

3020

3020

518

327

6027

6047

53

Med

.31

3026

6053

73

2710

2490

465

225

6025

6043

92

2350

2350

403

2M

in.27

2021

2046

73

2370

1970

407

220

1018

2034

41

1930

1930

331

1FW

10TN

/TVM

ax.46

9041

2080

37

3930

3930

674

534

8034

8059

74

3090

3090

530

3M

ed.

3360

3090

576

431

1031

1053

33

2870

2870

492

326

3026

3045

12

Min.

2750

2260

472

323

9021

1041

02

2160

2160

370

219

8019

8034

01

4TW

6001

2-1A

(She

et2/

13)




3

15

Airtem

perat

ure(°C

DB-°

CWB)

25-1

8Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

FN/FV

Max.

1400

1060

241

1111

9098

020

59

960

890

165

687

087

014

95

Med

.11

0084

018

87

930

770

159

674

070

012

74

680

680

116

3M

in.95

070

016

36

800

640

138

466

059

011

33

600

600

103

3FW

02FN

/FVM

ax.18

3014

0031

514

1590

1300

272

1113

1012

0022

68

1110

1110

190

6M

ed.

1560

1160

268

1013

5010

8023

18

1110

990

191

694

094

016

14

Min.

1300

950

223

811

2087

019

26

920

790

158

478

074

013

43

FW03

FN/FV

Max.

2770

1930

474

1023

9017

8041

08

1970

1610

337

616

2016

2027

84

Med

.22

4015

6038

47

1930

1420

330

515

5012

7026

64

1300

1180

224

3M

in.16

6011

6028

54

1450

1070

249

312

9010

0022

23

1130

940

194

2FW

04FN

/FVM

ax.41

0028

9070

311

3530

2660

606

928

8024

1049

46

2390

2390

411

4M

ed.

3100

2250

532

726

3020

6045

25

2070

1840

355

318

6018

6032

03

Min.

2360

1650

405

420

5015

2035

13

1820

1430

313

315

9013

4027

32

FW06

FN/FV

Max.

4500

3320

772

1338

9030

8066

810

3200

2810

550

726

4026

4045

35

Med

.36

6026

7062

89

3150

2460

540

725

3022

2043

55

2120

2120

365

3M

in.29

9021

2051

36

2530

1940

435

520

4017

4035

03

1770

1640

303

3FW

08FN

/FVM

ax.63

9045

4010

9711

5530

4180

949

945

3037

8077

86

3680

3680

633

4M

ed.

5020

3550

862

742

9032

4073

56

3330

2860

571

428

4026

8048

73

Min.

3740

2620

642

432

1023

9055

13

2860

2250

490

324

9021

1042

72

FW10

TN/TV

Max.

7590

5460

1301

1565

7050

5011

2812

5430

4610

932

844

3044

3076

16

Med

.59

3042

6010

1610

5090

3930

873

740

9035

4070

25

3420

3420

587

4M

in.38

8028

0066

55

3260

2550

559

328

9024

1049

63

2510

2260

431

2

4TW

6001

2-1A

(She

et4/

13)




3

15

Airtem

perat

ure(°C

DB-°

CWB)

27-1

9Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

FN/FV

Max.

1660

1220

285

1514

6011

4025

012

1240

1060

213

910

4010

4017

87

Med

.13

0097

022

310

1140

900

196

897

084

016

66

810

810

139

4M

in.11

3081

019

38

990

750

169

684

070

014

45

670

640

115

3FW

02FN

/FVM

ax.21

4016

0036

718

1900

1510

326

1516

5014

1028

311

1300

1300

224

7M

ed.

1820

1330

312

1416

2012

5027

811

1400

1160

240

911

6010

7019

96

Min.

1510

1080

260

1013

5010

1023

18

1170

940

200

696

086

016

54

FW03

FN/FV

Max.

3220

2210

552

1328

7020

7049

311

2490

1910

427

820

6017

5035

46

Med

.26

1017

8044

99

2330

1660

400

820

1015

3034

56

1640

1390

282

4M

in.19

6013

4033

66

1730

1240

297

514

7011

3025

33

1310

1070

225

3FW

04FN

/FVM

ax.47

8033

1082

115

4260

3090

730

1236

8028

7063

29

3030

2620

520

7M

ed.

3640

2590

625

932

3024

2055

47

2760

2230

474

622

0020

1037

74

Min.

2820

1920

483

624

8017

8042

55

2080

1620

357

318

5015

3031

73

FW06

FN/FV

Max.

5250

3800

900

1746

7035

7080

214

4050

3320

696

1133

6030

6057

78

Med

.42

8030

6073

512

3810

2870

653

1032

9026

6056

47

2680

2430

461

5M

in.35

1024

4060

38

3110

2280

534

726

6021

0045

75

2100

1880

361

3FW

08FN

/FVM

ax.74

3051

9012

7515

6640

4850

1138

1257

6045

0099

09

4770

4120

819

7M

ed.

5880

4080

1010

1052

3038

0089

88

4500

3510

772

636

0031

6061

84

Min.

4470

3050

767

639

3028

2067

55

3270

2550

562

329

0024

0049

73

FW10

TN/TV

Max.

8840

6240

1516

2078

8058

5013

5216

6840

5450

1173

1256

9050

2097

79

Med

.69

3048

9011

9013

6160

4570

1057

1053

2042

4091

28

4340

3880

745

6M

in.46

5032

6079

76

4070

3020

699

533

9027

5058

14

2930

2580

503

3

4TW

6001

2-1A

(She

et6/

13)




3

15

Airtem

perat

ure(°C

DB-°

CWB)

30-2

2Wa

tertem

peratu

re(En

tering

°C-le

aving

°C)

6-1

17

-12

8-1

39

-14

Model

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

Totalcoolin

gcapacity

Sensiblec

oolingcap

acityWate

rflowWate

rpressure

dropTotal

coolingcap

acitySensi

blecoolin

gcapacity

Waterflow

Waterpre

ssuredrop

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

WW

!/h

kPa

FW01

FN/FV

Max.

2510

1440

430

3223

2013

7039

827

2120

1300

364

2319

1012

3032

919

Med

.19

7011

5033

721

1820

1090

312

1816

7010

3028

615

1500

980

258

13M

in.16

9097

029

016

1570

920

269

1414

4087

024

612

1300

820

223

10FW

02FN

/FVM

ax.31

5018

8054

035

2920

1790

502

3126

9017

0046

227

2450

1610

421

23M

ed.

2660

1570

457

2724

8014

9042

523

2280

1420

392

2020

8013

4035

717

Min.

2210

1280

379

1920

6012

2035

317

1900

1150

326

1517

3010

9029

712

FW03

FN/FV

Max.

4670

2630

802

2643

6025

0074

823

4030

2370

692

2036

8022

3063

217

Med

.37

9021

3065

018

3540

2020

607

1632

8019

1056

214

2990

1800

514

12M

in.28

4016

0048

711

2660

1520

456

1024

6014

4042

28

2250

1350

387

7FW

04FN

/FVM

ax.69

9039

3011

9929

6510

3740

1117

2560

1035

4010

3222

5480

3340

941

18M

ed.

5330

3080

915

1849

7029

3085

316

4590

2770

789

1441

9026

1072

012

Min.

4140

2320

710

1138

6022

0066

310

3570

2080

613

932

6019

5056

07

FW06

FN/FV

Max.

7650

4470

1312

3371

3042

6012

2429

6580

4040

1130

2560

0038

2010

3121

Med

.62

5036

3010

7323

5830

3450

1001

2053

8032

7092

518

4920

3090

844

15M

in.51

3029

2088

016

4790

2770

822

1444

3026

2076

013

4040

2470

694

11FW

08FN

/FVM

ax.10

760

6140

1846

2810

050

5840

1724

2592

9055

3015

9621

8500

5220

1460

18M

ed.

8550

4860

1467

1979

9046

2013

7117

7390

4370

1269

1467

6041

2011

6112

Min.

6580

3680

1127

1261

4034

9010

5410

5680

3300

975

951

8031

0089

18

FW10

TN/TV

Max.

1288

073

4022

0838

1201

070

0020

6134

1109

066

4019

0429

1011

062

8017

3725

Med

.10

140

5790

1740

2594

5055

1016

2222

8730

5220

1498

1979

6049

3013

6716

Min.

6900

3920

1183

1364

3037

2011

0311

5930

3520

1018

1054

0033

1092

78

4TW

6001

2-1A

(She

et8/

13)



5 Capacity tables5 - 3 Capacity tables with glycol for process cooling applications

3

15

Cooling mode

Glycol percentage in weight Freezing temperature (°C) Capacity correction factor Pressure drop correctionfactor0 0 1 1.00

10 -4 0.93 1.09

20 -10 0.84 1.18

30 -16 0.76 1.27

40 -24 0.76 1.36

Heating mode

Glycol percentage in weight Freezing temperature (°C) Capacity correction factor Pressure drop correctionfactor0 0 1 1.00

10 -4 0.98 1.08

20 -10 0.97 1.11

30 -16 0.94 1.22

40 -24 0.91 1.33

4TW60228-1B

Correction factors are based on an average value (at rated water flow rate). This can cause deviation depending onconditions used. The Fan Coil Selection software will provide an accurate result at all conditions.



5 Capacity tables5 - 4 Heating capacity tables - 2-pipe

3

15

Airtem

perat

ure(°C

)20

Water

temper

ature

(Enter

ing°C

-leavi

ng°C

)45

-40

60-5

070

-60

90-7

0M

odel

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

W!/

hkP

aW

!/h

kPa

W!/

hkP

aW

!/h

kPa

FW01

TN/TV

Max.

1820

317

1528

4024

910

3710

325

1549

4021

87

Med

.14

8025

611

2310

201

729

9026

310

4010

177

5M

in.12

1021

18

1900

166

524

7021

67

3320

147

3FW

02TN

/TVM

ax.21

5037

312

3360

293

743

5038

211

5830

257

5M

ed.

1810

315

928

4024

86

3670

322

849

4021

84

Min.

1500

260

623

5020

64

3040

267

641

1018

13

FW03

TN/TV

Max.

3200

556

1150

3043

97

6460

567

1187

6038

65

Med

.25

8044

98

4070

356

552

2045

87

7110

314

4M

in.19

1033

25

3020

264

338

6033

94

5290

233

2FW

04TN

/TVM

ax.47

3082

312

7420

648

895

7084

012

1289

056

96

Med

.36

1062

88

5690

497

573

0064

17

9910

437

4M

in.27

6048

05

4360

381

355

9049

05

7620

336

2FW

06TN

/TVM

ax.53

6093

215

8410

735

910

850

952

1414

620

645

7M

ed.

4390

763

1169

0060

37

8860

778

1012

020

530

5M

in.35

7062

07

5630

491

572

0063

27

9810

433

3FW

08TN

/TVM

ax.64

9011

2910

1017

088

96

1313

011

529

1765

077

94

Med

.51

7089

87

8100

708

410

460

918

614

100

623

3M

in.39

7069

04

6230

544

380

6070

74

1088

048

02

FW10

TN/TV

Max.

8400

1460

1913

130

1147

1217

000

1492

1822

760

1005

8M

ed.

6530

1135

1210

220

893

713

200

1158

1117

740

783

5M

in.43

9076

46

6890

602

489

1078

26

1202

053

13

4TW

6001

2-1A

(She

et9/

13)




3

15

Airtem

perat

ure(°C

)22

Water

temper

ature

(Enter

ing°C

-leavi

ng°C

)45

-40

60-5

070

-60

90-7

0M

odel

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

W!/

hkP

aW

!/h

kPa

W!/

hkP

aW

!/h

kPa

FW01

TN/TV

Max.

1650

287

1326

7023

39

3530

310

1347

5021

07

Med

.13

3023

29

2160

189

628

5025

09

3860

170

5M

in.11

0019

16

1780

156

423

5020

67

3190

141

3FW

02TN

/TVM

ax.19

5033

810

3150

275

741

4036

310

5610

248

5M

ed.

1640

285

726

6023

35

3500

307

847

6021

04

Min.

1360

236

522

1019

34

2890

254

639

5017

43

FW03

TN/TV

Max.

2900

505

1047

3041

36

6150

540

1084

3037

25

Med

.23

4040

77

3820

334

449

7043

67

6840

302

3M

in.17

3030

24

2840

248

336

7032

24

5090

225

2FW

04TN

/TVM

ax.42

9074

610

6970

609

791

1079

911

1241

054

85

Med

.32

8057

06

5340

466

469

6061

07

9540

421

3M

in.25

0043

64

4090

357

353

2046

74

7330

324

2FW

06TN

/TVM

ax.48

6084

613

7900

690

810

330

906

1314

080

622

6M

ed.

3980

693

964

9056

76

8440

740

911

570

511

5M

in.32

4056

26

5280

461

468

5060

16

9450

417

3FW

08TN

/TVM

ax.58

9010

248

9550

834

512

500

1097

917

000

750

4M

ed.

4680

813

676

0066

44

9960

874

613

580

600

3M

in.35

9062

53

5840

510

276

7067

34

1046

046

22

FW10

TN/TV

Max.

7610

1323

1612

320

1077

1016

190

1420

1621

920

968

8M

ed.

5920

1029

1096

0083

97

1257

011

0210

1708

075

45

Min.

3980

692

564

6056

53

8490

744

511

570

511

3

4TW

6001

2-1A

(She

et10

/13)




3

15

Airtem

perat

ure(°C

)20

Water

temper

ature

(Enter

ing°C

-leavi

ng°C

)45

-40

60-5

070

-60

90-7

0M

odel

Airflo

wHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pm3

/hW

!/h

kPa

W!/

hkP

aW

!/h

kPa

W!/

hkP

aFW

01FN

/FVM

ax.92

016

16

1420

124

319

0016

76

2470

109

3M

ed.

820

143

512

7011

13

1700

149

522

2098

2M

in.72

012

64

1110

972

1500

132

419

5086

2FW

02FN

/FVM

ax.98

017

08

1500

131

520

1017

67

2600

115

3M

ed.

860

150

613

3011

64

1780

156

623

1010

23

Min.

750

131

511

6010

13

1560

137

520

2089

2FW

03FN

/FVM

ax.14

7025

55

2240

196

330

8027

05

3960

175

2M

ed.

1260

220

419

3016

92

2680

235

434

2015

12

Min.

1030

179

315

7013

72

2180

191

327

8012

31

FW04

FN/FV

Max.

2460

427

1337

9033

18

5050

443

1265

8029

06

Med

.20

7036

09

3200

280

642

5037

39

5560

245

4M

in.17

5030

47

2710

237

436

0031

67

4730

209

3FW

06FN

/FVM

ax.25

8044

810

3970

347

653

0046

510

6890

304

5M

ed.

2260

393

834

9030

55

4650

408

860

6026

84

Min.

1970

343

630

5026

64

4040

355

652

9023

43

FW08

FN/FV

Max.

3890

675

3160

2052

619

7910

694

3010

410

460

14M

ed.

3360

584

2452

1045

615

6830

600

2390

2039

811

Min.

2800

486

1843

5038

011

5690

499

1775

4033

38

FW10

TN/TV

Max.

4560

793

3770

6061

723

9300

816

3612

210

539

17M

ed.

3910

679

2860

5052

917

7950

698

2710

470

462

13M

in.30

1052

318

4680

409

1161

2053

717

8100

358

8

4TW

6001

2-1A

(She

et11

/13)




3

15

Airtem

perat

ure(°C

)22

Water

temper

ature

(Enter

ing°C

-leavi

ng°C

)45

-40

60-5

070

-60

90-7

0M

odel

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

Heati

ngcap

acity

Water

flow

Water

pressu

redro

pHe

ating

capaci

tyWa

terflo

wWa

terpre

ssure

drop

W!/

hkP

aW

!/h

kPa

W!/

hkP

aW

!/h

kPa

FW01

FN/FV

Max.

830

144

513

2011

53

1810

159

523

7010

52

Med

.74

012

84

1180

103

216

2014

24

2130

942

Min.

650

113

310

4091

214

3012

53

1870

832

FW02

FN/FV

Max.

870

152

614

0012

24

1910

167

725

0011

03

Med

.77

013

45

1230

108

316

9014

86

2220

983

Min.

670

117

410

8094

314

8013

04

1940

862

FW03

FN/FV

Max.

1300

227

420

8018

13

2930

257

537

9016

72

Med

.11

2019

53

1790

156

225

3022

24

3270

144

2M

in.91

015

82

1450

127

120

6018

13

2660

118

1FW

04FN

/FVM

ax.22

1038

511

3540

310

748

0042

111

6320

279

5M

ed.

1860

324

829

9026

15

4040

354

853

4023

64

Min.

1570

273

625

2022

04

3420

300

645

5020

13

FW06

FN/FV

Max.

2320

403

937

1032

46

5040

442

966

3029

24

Med

.20

4035

47

3260

285

444

2038

77

5830

257

3M

in.17

7030

85

2840

248

338

4033

76

5090

225

3FW

08FN

/FVM

ax.35

1061

026

5640

493

1775

3066

027

1002

044

313

Med

.30

4052

820

4890

427

1365

0057

021

8680

383

10M

in.25

3044

015

4080

356

1054

1047

515

7260

320

7FW

10TN

/TVM

ax.41

2071

731

6610

578

2088

5077

733

1175

051

916

Med

.35

3061

424

5670

495

1675

7066

425

1008

044

512

Min.

2720

473

1543

8038

310

5820

511

1678

0034

48

4TW

6001

2-1A

(She

et12

/13)



5 Capacity tables5 - 6 Power consumption - 2-pipe

3

15

FW..01 Max. Med. Min.ESP Power input Current Power input Current Power input Current(Pa) (W) (A) (W) (A) (W) (A)

0 37 0,170 28 0,130 21 0,100

10 37 0,160 26 0,120 21 0,090

20 35 0,150 25 0,110 20 0,088

30 35 0,150 24 0,110

45 34 0,140

50 33 0,140

4TW60011-2A (2/15)


0 53 0.240 36 0.160 24 0.110

10 52 0.235 32 0.142 21 0.096

20 48 0.217 31 0.138 21 0.096

30 46 0.208 31 0.138 20 0.092

40 46 0.208 30 0.133

4TW60011-2A (3/15)


0 56 0.252 43 0.200 29 0.138

10 55 0.248 42 0.195 29 0.134

20 53 0.239 41 0.191 29 0.131

30 53 0.239 41 0.191 28 0.130

40 52 0.234 40 0.186

50 51 0.230

4TW60011-2A (4/15)


0 98 0.440 61 0.287 38 0.192

10 94 0.422 59 0.276 37 0.187

20 92 0.413 57 0.259 36 0.182

30 90 0.404 55 0.254 34 0.172

40 88 0.395 53 0.242 31 0.157

50 85 0.382 50 0.228

60 81 0.364 45 0.211

70 76 0.341

75 74 0.332

4TW60011-2A (5/15)

_SYMBOLSESP: External static pressure




3

15


0 98 0.430 68 0.310 47 0.220

10 96 0.421 67 0.305 45 0.211

20 94 0.412 64 0.292 44 0.206

30 91 0.399 62 0.283 43 0.201

40 90 0.395 61 0.278 42 0.197

50 89 0.391 59 0.269

60 86 0.377 56 0.255

70 82 0.360

4TW60011-2A (6/15)


0 182 0.802 127 0.574 86 0.393

10 178 0.780 124 0.560 83 0.385

20 174 0.761 121 0.547 82 0.377

30 169 0.741 118 0.532 81 0.371

40 166 0.721 116 0.522 80 0.363

50 161 0.698 114 0.509 78 0.354

60 157 0.680 111 0.497 76 0.343

70 153 0.662 108 0.482

80 147 0.639 104 0.464

90 142 0.620 101 0.453

100 137 0.595

4TW60011-2A (7/15)


0 244 1.065 169 0.780 109 0.543

10 240 1.048 165 0.753 108 0.528

20 232 1.010 160 0.735 106 0.513

30 222 0.985 155 0.711 105 0.500

40 214 0.960 151 0.690 104 0.495

50 207 0.925 147 0.673 102 0.485

60 199 0.900 143 0.656 96 0.453

70 192 0.872 139 0.636

80 188 0.847 135 0.615

90 183 0.820 129 0.591

100 176 0.799

4TW60011-2A (8/15)

SYMBOLSESP: External static pressure




3

15


0 37 0.170 28 0.130 21 0.100

10 37 0.160 26 0.120 21 0.090

20 35 0.150 25 0.110 20 0.088

30 35 0.150 24 0.110

45 34 0.140

50 33 0.140

4TW60011-2A (9/15)


0 53 0.240 36 0.160 24 0.110

10 52 0.235 32 0.142 21 0.096

20 48 0.217 31 0.138 21 0.096

30 46 0.208 31 0.138 20 0.092

40 46 0.208 30 0.133

4TW60011-2A (10/15)


0 56 0.252 43 0.200 29 0.138

10 55 0.248 42 0.195 29 0.134

20 53 0.239 41 0.191 29 0.131

30 53 0.239 41 0.191 28 0.130

40 52 0.234 40 0.186

50 51 0.230

4TW60011-2A (11/15)


0 98 0.440 61 0.287 38 0.192

10 94 0.422 59 0.276 37 0.187

20 92 0.413 57 0.259 36 0.182

30 90 0.404 55 0.254 34 0.172

40 88 0.395 53 0.242 31 0.157

50 85 0.382 50 0.228

60 81 0.364 45 0.211

70 76 0.341

75 74 0.332

4TW60011-2A (12/15)





3

15


0 98 0.430 68 0.310 47 0.220

10 96 0.421 67 0.305 45 0.211

20 94 0.412 64 0.292 44 0.206

30 91 0.399 62 0.283 43 0.201

40 90 0.395 61 0.278 42 0.197

50 89 0.391 59 0.269

60 86 0.377 56 0.255

70 82 0.360

4TW60011-2A (13/15)


0 182 0.802 127 0.574 86 0.393

10 178 0.780 124 0.560 83 0.385

20 174 0.761 121 0.547 82 0.377

30 169 0.741 118 0.532 81 0.371

40 166 0.721 116 0.522 80 0.363

50 161 0.698 114 0.509 78 0.354

60 157 0.680 111 0.497 76 0.343

70 153 0.662 108 0.482

80 147 0.639 104 0.464

90 142 0.620 101 0.453

100 137 0.595

4TW60011-2A (14/15)


0 244 1.065 169 0.780 109 0.543

10 240 1.048 165 0.753 108 0.528

20 232 1.010 160 0.735 106 0.513

30 222 0.985 155 0.711 105 0.500

40 214 0.960 151 0.690 104 0.495

50 207 0.925 147 0.673 102 0.485

60 199 0.900 143 0.656 96 0.453

70 192 0.872 139 0.636

80 188 0.847 135 0.615

90 183 0.820 129 0.591

100 176 0.799

4TW60011-2A (15/15)




5 Capacity tables5 - 8 Capacity correction factor

3

15

FWV

-FW

L-F

WM

ESP

1020

3040

5060

Fans

peed

F1F2

F1F2

F1F2

F1F2

F1F2

F1F2

FW..0

1M

ax.0.8

60.9

10.7

20.8

0.56

0.67

--

--

--

Med

.0.7

80.8

40.5

60.6

50.3

30.4

1-

--

--

-M

in.0.7

10.7

70.3

50.4

--

--

--

--

FW..0

2M

ax.0.8

50.8

90.7

30.7

80.6

10.6

70.5

0.57

0.40.4

70.3

10.3

6M

ed.

0.82

0.85

0.63

0.68

0.45

0.50.2

70.3

--

--

Min.

0.78

0.80.5

50.5

90.3

50.3

7-

--

--

-FW

..03

Max.

0.89

0.91

0.77

0.81

0.64

0.69

0.51

0.56

0.36

0.40.1

80.2

1M

ed.

0.82

0.84

0.64

0.67

0.47

0.50.2

90.3

2-

--

-M

in.0.7

50.7

70.4

80.5

--

--

--

--

FW..0

4M

ax.0.9

30.9

50.8

50.8

90.7

70.8

20.6

70.7

30.5

60.6

30.4

20.5

Med

.0.9

10.9

30.8

10.8

40.7

10.7

50.5

90.6

40.4

60.5

10.3

10.3

5M

in.0.8

40.8

60.6

80.7

10.5

20.5

50.3

40.3

6-

--

-FW

..06

Max.

0.93

0.95

0.85

0.89

0.77

0.81

0.67

0.73

0.56

0.62

0.41

0.47

Med

.0.9

20.9

30.8

20.8

60.7

30.7

70.6

10.6

60.4

80.5

30.3

10.3

6M

in.0.8

60.8

80.7

10.7

40.5

60.5

90.4

0.43

0.23

0.25

--

FW..0

8M

ax.0.9

60.9

60.9

10.9

20.8

60.8

80.8

0.83

0.74

0.78

0.67

0.71

Med

.0.9

50.9

60.9

0.92

0.85

0.87

0.79

0.81

0.73

0.76

0.65

0.69

Min.

0.91

0.92

0.81

0.82

0.71

0.73

0.60.6

20.4

90.5

10.3

70.3

9FW

..10

Max.

0.96

0.97

0.92

0.93

0.87

0.89

0.82

0.85

0.77

0.81

0.72

0.76

Med

.0.9

50.9

60.9

0.91

0.84

0.86

0.78

0.81

0.71

0.75

0.64

0.68

Min.

0.92

0.93

0.84

0.86

0.76

0.78

0.67

0.69

0.57

0.60.4

70.5

FW..0

1FW

..02

FW..0

3FW

..04

FW..0

6FW

..08

FW..1

0me

dium

lowme

dium

lowme

dium

lowme

dium

lowme

dium

lowme

dium

lowme

dium

lowTo

talc

oolin

gca

pacit

yTC

C0.8

10.6

80.8

70.6

90.8

10.6

00.7

60.5

80.8

10.6

60.7

90.5

90.7

80.5

2Se

nsib

leco

olin

gca

pacit

ySC

C0.8

10.6

60.8

70.7

00.8

10.6

00.7

80.5

70.8

00.6

40.7

80.5

80.7

70.5

1He

atin

gca

pacit

y-2

pipe

HC2P

0.81

0.66

0.83

0.68

0.81

0.59

0.76

0.58

0.82

0.66

0.79

0.61

0.78

0.52

Heat

ing

capa

city

-4pi

peHC

400.8

50.7

30.8

90.7

80.8

70.7

10.8

30.6

90.8

80.7

60.8

60.7

20.8

50.6

6

4TW

6001

8-1

Cond

ition

s

Cool

ing

Air:

27°C

DB

-19°

CW

B-W

ater

:ent

erin

g7°

C-l

eavi

ng12

°CF1

=co

rrect

ion

fact

orfo

rair

flow

Hea

ting

2-pi

peA

ir:20

°CW

ater

:ent

erin

g50

°Cw

ater

flow

asfo

rcoo

ling

F2=

corre

ctio

nfa

ctor

forc

apac

ities

Hea

ting

4-pi

peA

ir:20

°CW

ater

:ent

erin

g70

°C-l

eavi

ng60

°C

Corre

ctio

nfa

ctor

sar

eba

sed

onan

aver

age

valu

e.Th

isca

nca

use

devi

atio

nde

pend

ing

onco

nditi

ons

used

.The

Fan

Coil

Sele

ctio

nso

ftwar

ew

illpr

ovid

ean

accu

rate

resu

ltat

allc

ondi

tions

.



6 Dimensional drawing & centre of gravity6 - 1 Dimensional drawing

3

16

4TW60014-1A (Sheet 1/2)

FWV - FWL

A B C D E F G H L M N P R S T ZFWV+FWL 01+02 774 226 498 51 458 163 263 149 198 187 335 99 486 208 198 246FWV+FWL 03 984 226 708 51 458 163 263 149 198 187 335 99 486 208 198 246FWV+FWL 04+06 1194 226 918 51 458 163 263 149 198 187 335 99 486 208 198 246FWV+FWL 08+10 1404 251 1128 48 497 185 259 155 220 195 348 120 478 234 208 271

Legend1 Clear space for hydraulic connections (*)2 Slots for wall / ceiling mounting 9x20mm3 Clear space for electric connections (*)4 Hydraulic connections (4DF = 4 pipe system)5 Condensate drainage for vertical installation6 Air outlet for concealed models7 Air suction for concealed models8 Condensate drainage for horizontal installation9 Air outlet

10 Air inlet(*) Indications applicable to fan coils with hydraulic connections on the left side; in case of right side connections the indications for ’’clear space’’ are reversed.

Hydraulic connections

Standard heat exchanger: connection female

FW01 FW02 FW03 FW04 FW06 FW08 FW101/2″ 1/2″ 1/2″ 1/2″ 1/2″ 3/4″ 3/4″

Additional heat exchanger: connection female

FW01 FW02 FW03 FW04 FW06 FW08 FW101/2″ 1/2″ 1/2″ 1/2″ 1/2″ 1/2″ 1/2″



6 Dimensional drawing & centre of gravity6 - 1 Dimensional drawing

3

16

4TW60014-1A (Sheet 2/2)

FWM

A B C D E F G H L M

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