Fan coil units fcu by Heinen & Hopman

FAN COIL UNITS Products

OUTSIDE HUMIDITY

35°C 45°C

90% 40%

22º C

Inside

PROVIDED BY HEINEN & HOPMAN

Fan Coil Units - HEINEN & HOPMAN ©

Heating

Ventilation

Air Conditioning

Fan Coil Units - HEINEN & HOPMAN ©

Refrigeration

COMPANY INTRODUCTION Heinen & Hopman is a reliable partner in the global maritime sector, offering top quality products and service in the field of climate control (HVAC & Refrigeration). The no-nonsense and entrepreneurial character of the founders who established the company in 1965 is still one of the main cornerstones of Heinen & Hopman. We support our clients using our knowledge and experience by realising the best possible climate control solutions; either fully customised or with varying degrees of standardisation. Like our clients, we are continuously active on a global scale to ensure that we can always be of service. We are also constantly searching for sustainable innovations as we aim for the best and very latest solutions in collaboration with our clients. Heinen & Hopman is critically aware that a company’s greatest asset is its employees – it is they who represent the added value of our business. Our goal is to continue to expand in the global market for maritime climate control solutions in a future-proof way. In short, you can rely on Heinen & Hopman to deploy the know-how and expertise required to solve any heating, ventilation, air conditioning and refrigeration issue onboard ships. We see complexity as a challenge, no matter where your vessel may be.

OPERATING GLOBALLY Global networking is crucial in every line of business and the shipping industry is certainly no exception. Being able to offer the highest quality of service and products to our clients at all times and in all places is of enormous importance to us. This is why Heinen & Hopman aims to keep expanding our network and know-how and ensure we are exactly where our clients need us to be.

Europe 29 Offices

1250 Employees

Factories

Countries

Americas 12 Offices

Fan Coil Units - HEINEN & HOPMAN ©

240 Employees

Factories

Countries

Asia 16 Offices

320 Employees

Factories

Countries

Fan Coil Units - HEINEN & HOPMAN ©

FAN COIL UNITS Heinen & Hopman fan coils units are designed to operate in the marine industry where high standards are required.

EST

Types • SIGMA: Fan coil unit with casing. Capacity: 0,6 kW - 11.72 kW • PRISMA: Fan coil unit with casing. Capacity: 0.6 kW - 3.90 kW • LOW BODY: Fan coil unit with or without casing, designed for installation in small niches. Capacity: 0.6 kW - 3.90 kW. • CONCEALED: Fan coil unit without casing. Capacity: 0.6 kW - 11.72 kW. • ATL: Fan coil unit designed for Yacht sector. • Custom made: Fan coil unit designed on customer request. Green technology EST (Energy Saving Technology) Energy-saving technology is applied to our fan coil is applied to the EURAPO fan coil units and cassette units. units to obtain extremely low electrical absorption obtain extremely low electrical absorption and a continuous modulation of the air flow, constantly and a continuous modulation of the air flow, related to the energy in the room. concrete needneeds of energy in the room.

EST technology composed Energy-saving technology isiscomposed by a brushless motor combined withregulators an inverter, managed by specific managed by specific regulators.

by a brushless motor combined to a dedicated electronic devi developed by EURAPO. In comparison to the traditional units equipped with asynchronous three-speed-motors, the fan coil Compared to units with asynchronous 3-speed units with brushless motors can obtain a considerable energy saving, by reducing the power con motors, the fan coil units with brushless motors will tothe 70%. reduce power consumption up to 70%. 80%

speed 1

70% speed 2

60% speed 3

50%

speed 4

40%

speed 5

30%

speed 6

20% 10%

m3/h

0% speed 6

speed 5

speed 4

speed 3

speed 2

speed 1

Asynchronous fan coil absorption (W) Energy saving with EST fancoil

EST fancoil absorption (W)

Thanks to the step-less modulation of the fan speeds it is possible to accurately regulate the air volu

precise way, in strict relation to the real need of air conditioning in the room. Oscillations in the tem

relative humidity are reduced at lowest level: a guarantee for the highest comfort in the room. The possibility to reach very low air volumes makes the units extremely quiet at the lowest motor r Fan Coil UnitsUnits -HEINEN HEINEN&&HOPMAN HOPMAN© © Fan Coil Units - HEINEN & HOPMAN © 2 EST technology is designed in particular for offices, hospitals, nursing homes and hotels. It is available for the EURAPO range of fan coil units, cassette units and ducted units.

mod. SV/AF

mod. SV

SIGMA FAN COIL UNITS mod. SV

Fan coil unit with casing Heating and cooling applications Capacity: 0.6 kW - 11.7 kW

FANCOIL UNIT

• • •

SIGMA fan coils units can be used in all environments and for different applications. The fan coil units are highly reliable in performance. The fan coil units can be installed on the floor or on the ceiling in both configurations. Casing The casing, with upper air outlet, is made of sheet steel and painted with oven-dried epoxy powders, available in all RAL colors. The access doors and grilles are made of white heat-resistant ABS and can be turned into all four directions. The filter is fully retractable and easily accessible.

mod. SH/AF

Models

Dimensions (mm) and weight for SV - SV/AF - SH - SH/AF

110

Dimensions and weight Model: SV - SV/AF - SH - SH/AF 110

112

114

216

648

773

898

1023

538

224

233

SV--

SV/AF--

218

220

222

224

226

648 773 898 1023 1148 A 538 538 538 538 538 B SV - SH 218 220 222 224 224 224 224 224 224 C 1148 1273 1273 1523 18614 20 23 28 61431 Kg 538 614 SV/AF SH/AF --SH 224C 254 233 233 254 233 233 254233 31 41 44 52 19 21 24 30 32 Kg --SH/AF HYDRAULIC CONNECTION 1/2” G F 233 263 263 263

1273 614

1523 614

112

114

216

226

228

254 254 1523 41 614 44

254 1773 52 614

254 52

263254 263 52 43 46

254 263 58 54

263 54

263

Alternatives available on request. Due to continuous product development, Heinen & Hopman reserves the right to introduce alterations without prior notice.

Don’t hesitate to contact us for more information about our service options. We are eager to explain the possibilities for your vessel or structure. Scan the QR-code or visit heinenhopman.com 3

Fan Coil Units - HEINEN & HOPMAN ©

mod. SV/AF

mod. PV

PRISMA FAN COIL UNITS

mod. PV

mod. SV

• • •

mod. PV/AF

Fan coil unit with casing Heating and cooling applications (PV and PV/AF only) Capacity: 0.6 kW - 3.9 kW

The PRISMA fan coil units have an original shape. The casing is a piece of furniture, made of painted metal sheet with side flaps and grilles made of ABS. The fan coil units can be installed on the floor or on the ceiling. The air intake can be located on the bottom or on the front in both configurations.

mod.Casing SH/AF

mod. PH/AF

The casing, with upper air outlet, is made of sheet steel and painted with oven-dried epoxy powders, available in all RAL colors. The access doors and grilles are made of white heat-resistant ABS and can be turned into all four directions. The filter is fully retractable and easily accessible. Models

nd weight for SV - SV/AF - SH - SH/AF

Dimensions (mm) and weight for PV - PV/AF - PH - PH/AF

114

216

218

220

222

224

226

228

3 8

898 538

1023 538

1148 538

1273 614

1523 614

1773 614

Dimensions and weight - PH/AF 224 Model: 224 PV 224- PV/AF 254 - PH254 254 23 28 31 41 44 52

254 52

254 58

110

233 233 233 B 24 30 32 NECTION 1/2” GCF kg

648

112

263 263 560 54 61 --PH

1023

226

263 46

263 54 PV--

898

216

560

263 43

560

773

114

110

560

112

648 773 A 560 560 B PV - PH 226 226 C 17 20 Kg 218 PV/AF - PH/AF 1148 235 235 C 560 18 21 Kg 226 HYDRAULIC CONNECTION 1/2” G F

114

216

218

898 560

1023 560

1148 560

226 23

226 27

226 31

235 24

235 28

235 32

PV/AF-- --PH/AF C

235

Alternatives available on request. Due to continuous product development, Heinen & Hopman reserves the right to introduce alterations without prior notice.

Don’t hesitate to contact us for more information about our service options. We are eager to explain the possibilities for your vessel or structure. Scan the QR-code or visit heinenhopman.com 4

Fan Coil Units - HEINEN & HOPMAN ©

LOW BODY FAN COIL UNITS • • •

mod. CVR

Fan coil unit with casing Heating and cooling applications Capacity: 0.48 kW - 3.7 kW

The LOW BODY fan coils units have a reduced height (427 mm) and can be installed in small niches. The low-body units have an upper air outlet and a front air intake. The fan coil units can be installed either on the floor or on the wall, or concealed. mod. SVR

Casing The inner frame is made of galvanized steel. The casing is made of sheet steel and painted with oven-dried epoxy powders, available in all RAL colors. The access doors and grilles are made of white heat-resistant ABS and can be turned into all four directions. Models

Dimensions (mm) and weight CVR

110

112

555 680 A 395 395 B 230 230 C 9 11 Kg HYDRAULIC CONNECTION 1/2” G F

Dimensions and weight Model: CVR Model: SVR 110

112

114

216

218

555

680

805

930

1055

395

230

110

112

114

216

218

648

773

898

1023

1148

430

254

114

216

218

805 395 230 14

930 395 230 16

1055 395 230 19

Dimensions (mm) and weight SVR

110

112

648 773 A 430 430 B 254 254 C 15 17 Kg HYDRAULIC CONNECTION 1/2” G F

114

216

218

898 430 254 22

1023 430 254 23

1148 430 254 26

Alternatives available on request. Due to continuous product development, Heinen & Hopman reserves the right to introduce alterations without prior notice.

Don’t hesitate to contact us for more information about our service options. We are eager to explain the possibilities for your vessel or structure. Scan the QR-code or visit heinenhopman.com 5

Fan Coil Units - HEINEN & HOPMAN ©

mod. CV

d. CVR

CONCEALED FAN COIL UNITS • • •

d. SVR

mod. CV/AF

Fan coil unit without casing Heating and cooling applications Capacity: 0.6 kW - 11.72 kW

The CONCEALED fan coils units can be used for ductwork installations. The fan coil units are highly reliable in performance, silent and can be equipped with a wide range of accessories. The fan coil units can be installed vertically, on the wall (with bottom air intake) or on the floor (with front air intake), and horizontally, on the ceiling (with bottom or rear air intake). The fan coil units are the ideal solution for the needs of small spaces and limited sizes that influence the choice of furniture in homes or offices.

mod. CH

Casing Available in ten sizes, the concealed model has an electric box with terminal board and auxiliary drain pan. The frame is made of galvanized steel. The inner sides are completely lined with an insulating self-extinguishing material. Models

nd weight CVR

Dimensions (mm) and weight for CV - CV/AF - CH - CH/AF

112

680 395 230 11 ECTION 1/2” G F

114

216

218

805 395 230 14

930 395 230 16

1055 395 230 19

110

nd weight SVR

112

Dimensions and weight Model:114 CV - CV/AF 216 - CH - CH/AF218

773 430 254 17 A ECTION 1/2” G F A

898 430 110 254 22 555

1023 430 112 254 23 680

1148 430114 254 26 805

112

114

216

CV - CH 555 680 805 930 A CV/AF -CH/AF 574 699 824 949 A CV - CV/AF - CH - CH/AF 505 505 505 505 B 215 215 215 215 C 10 13 16 19 Kg HYDRAULIC CONNECTION 1/2” G F 216

218

220

222

224

226

228

1055

1180

1430

1680

1074

1199

1449

1699

505 215 22

581 245 29

581 245 31

581 245 38

581 245 42

220

222

224

226

228

1180

1430

1680

1199

1449

1699

CV-- --CH 930

1055

CV / AF-- --CH / AF 574

699

824 CV--

949

1074

--CV / AF --CH--------

--CH / AF

505

581

215

245

Alternatives available on request. Due to continuous product development, Heinen & Hopman reserves the right to introduce alterations without prior notice.

Don’t hesitate to contact us for more information about our service options. We are eager to explain the possibilities for your vessel or structure. Scan the QR-code or visit heinenhopman.com 6

Fan Coil Units - HEINEN & HOPMAN ©

TECHNICAL DATA (3 rows - Energy saving technology)

Air temperature: 27 0C d.b., 19 0C w.b. Water temperature: 7 / 12 0C Air temperature: 20 0C Water inlet temperature: 50 0C Air temperature: 20 0C Water inlet temperature: 70 / 60 0C

Heating

Cooling

112

Total cooling capacity (kW) Sensible cooling capacity (kW)

Water flow (l/h)

Pressure drop (kPa)

Heating capacity (kW)

Water flow (l/h)

Pressure drop (kPa)

Further data

Air volume (m3/h)

Sound power level (dB[A])

Sound pressure level (dB[A]) (1)

216

220

222

224

228 10.50

1.91

2.90

3.60

5.01

6.06

8.11

1.35

2.15

2.55

3.75

4.50

5.71

7.30

0.63

1.02

1.18

1.98

2.03

3.21

4.30

1.57

2.39

2.84

4.04

4.97

6.49

7.90

1.08

1.70

1.92

2.91

3.55

4.57

5.40

0.49

0.91

1.50

1.61

2.45

3.00

328

498

618

860

1120

1392

1802

232

369

438

643

793

980

1253

108

175

202

340

408

551

738

8.90

8.40

13.20

28.30

17.10

24.10

42.30

4.80

4.70

7.30

17.40

8.40

12.90

25.00

1.40

1.60

1.80

5.60

7.70

4.30

10.20 10.80

2.64

4.08

5.16

6.35

8.01

9.92

1.90

2.71

3.77

4.72

5.49

6.71

8.20

0.98

1.27

2.07

2.42

2.76

4.22

5.30

Water flow (l/h) Pressure drop (kW)

114

Value as Cooling accordingly to the Eurovent Standards and UNI ENV 1397 Norm 9V

3.70

7.30

12.90

23.30

26.00

22.80

39.80

2.60

3.50

7.10

17.60

7.20

10.70

23.00

2.10

1.50

1.80

4.40

6.30

3.50

8.70

4.56

7.04

8.85

10.76

13.84

16.73

17.84 13.68

3.27

4.61

6.52

7.97

10.13

11.24

1.69

2.17

3.57

4.06

5.24

7.11

8.91

400

619

777

945

1216

1469

1566 1202

287

405

572

700

890

987

149

190

314

357

460

625

783

5.30

10.70

19.20

26.80

33.00

24.30

29.70 20.50

3.80

4.00

11.30

19.80

8.60

10.50

3.70

1.70

3.80

4.60

7.60

4.20

9.30

432

583

791

1010

1305

1828

2050

286

379

523

675

857

1200

1330

128

172

248

323

403

582

620

30*

Power input (W) (2)

104

170

230

Absorbed current (A) (2)

0.28

0.42

0.46

0.44

0.88

1.37

1.70

Water content (l)

0.79

1.05

1.31

2.20

2.84

3.47

(1) Sound pressure level in a 100 m3 room, at a 1.5m distance and with a reverberating time of 0.3 s. (2) Electrical supply: 230-1-50 [V-ph-Hz]. * Minimum value measurable in laboratory, indicated by Eurovent.

Fan Coil Units - HEINEN & HOPMAN ©

Air temperature: 27 0C d.b., 19 0C w.b. Water temperature: 7 / 12 0C Air temperature: 20 0C Water inlet temperature: 50 0C Air temperature: 20 0C Water inlet temperature: 70 / 60 0C

Heating

Cooling

TECHNICAL DATA (3 rows - asynchronous)

Total cooling capacity (kW) Sensible cooling capacity (kW)

Water flow (l/h)

Pressure drop (kPa)

Heating capacity (kW)

112

114

216

218

220

222

224

226

228

MAX

1.16

1.64

2.20

3.36

3.58

4.53

5.19

6.57

7.41

9.50

MED

0.99

1.35

1.92

2.72

3.05

3.75

4.48

5.87

6.81

7.75

MIN

0.79

1.10

1.60

2.24

2.50

2.99

3.91

4.70

5.61

6.18

MAX

0.98

1.30

1.96

2.52

3.14

3.62

4.54

5.20

5.86

7.02

MED

0.82

1.03

1.68

2.00

2.57

2.91

3.83

4.56

5.32

5.53

MIN

0.64

0.82

1.36

1.60

2.04

2.25

3.27

3.53

4.26

4.27

MAX

199

281

414

577

614

777

891

1127

1271

1630

MED

170

232

360

467

524

643

769

1007

1168

1330

MIN

136

189

300

366

429

513

671

806

963

1060

MAX

3.40

7.10

5.80

14.80

13.60

24.10

28.40

18.80

21.00

16.90

MED

2.80

5.00

4.60

12.50

9.80

17.40

21.80

15.50

18.10

25.80

MIN

2.00

3.40

3.30

8.50

6.70

11.60

17.20

10.50

12.80

17.30

MAX

1.57

2.16

3.05

4.11

4.95

5.74

7.19

7.83

9.33

10.70

MED

1.28

1.73

2.43

3.44

4.16

4.65

6.08

6.94

8.51

8.60

MIN

1.00

1.35

2.00

2.75

3.35

3.61

5.25

5.45

6.86

6.74

Water flow (l/h)

Value as Cooling accordingly to the Eurovent Standards and UNI ENV 1397 Norm MAX

2.70

6.10

4.80

11.90

12.50

20.00

23.50

15.50

20.50

34.60

MED

2.30

4.70

3.70

8.50

9.10

14.30

18.00

12.70

17.60

24.20

MIN

1.70

3.10

2.80

5.70

6.30

9.50

14.20

8.70

12.40

16.30

MAX

2.74

3.70

5.20

6.93

8.48

9.64

12.25

13.19

15.77

17.83

MED

2.23

2.94

4.09

5.82

7.12

7.85

10.32

11.66

14.38

14.35

MIN

1.74

2.28

3.37

4.65

5.71

6.04

8.93

9.15

11.58

11.22

MAX

241

325

456

608

745

847

1076

1159

1385

1566

MED

196

258

359

511

625

689

907

1024

1263

1260

MIN

153

201

396

408

502

531

784

804

1017

985

MAX

2.80

7.80

5.60

12.70

17.30

22.60

32.20

15.70

23.10

30.90

MED

2.90

5.60

3.60

9.80

12.20

15.60

23.50

12.60

19.60

21.10

MIN

2.10

3.40

2.60

6.20

8.10

9.70

18.20

8.30

13.20

13.70

MAX

245

320

436

580

709

856

1074

1254

1481

1687

MED

191

249

358

456

592

676

920

1113

1352

1151

MIN

144

194

289

338

474

527

739

797

999

838

MAX

MED

MIN

MAX

MED

MIN

Power input (W) (2)

MAX

117

140

162

178

Absorbed current (A) (2)

MAX

0.23

0.26

0.29

0.33

0.38

0.52

0.65

1.04

0.53

0.79

1.05

1.31

1.57

2.20

2.84

3.47

Pressure drop (kW)

Heating capacity (kW)

Water flow (l/h)

Pressure drop (kPa)

Air volume (m3/h)

Further data

110

Sound power level (dB[A]) Sound pressure level (dB[A]) (1)

Water content (l)

NOTE: Performances of LOW BODY models are about 11% lower than the standard ones in heating operation and 12,3% lower in cooling operation. For greater accuracy please contact Heinen Hopman. To obtain capacities for 2 or 4 row coils, or for conditions different from standard ones, please contact our staff. The printed data could be modified without any notice. (1) Sound pressure level in a 100 m3 room, at a 1.5m distance and with a reverberating time of 0.3 s. (2) Electrical supply: 230-1-50 [V-ph-Hz]. * Minimum value measurable in laboratory, indicated by Eurovent.

Fan Coil Units - HEINEN & HOPMAN ©

ATL-DC LOW PROFILE FAN COIL UNITS The ATL-DC fan coil units are used in areas with reduced heights and an excellent choice for the yacht sector. The ATL-DC units represents an improved design approach to low profile, allow easier maintenance access and reduced dimensions overall. The drain pan has an anti-slosh, anti-fungal foam lining and extends to under the valve motor and plumbing. The water connections are insulated against secondary condensation. The valve can be installed to the left or to the right. Advantages • Blowers are extremely silent yet powerful enough to overcome high-static-pressure duct; • Improved design for easy servicing, smaller dimensions; • Top panel is removable for easier access; • Dual blowers are installed horizontally for exceptionally low profile; • Suspension from above or support from beneath (hardware included); • Internal components are insulated against secondary condensation; • Vibration isolation mounts reduce noise and vibration; • Bypass valve has removable power head for easy servicing; • Optional flow control automatically balances circulated water throughout the system. • Optional electric heater Model

ATL6DC

ATL9DC

ATL12DC

ATL18DC

ATL24DC

ATL36DC

Capacity (kW)

1.76

2.64

3.52

5.27

7.03

10.54

V @ 50/60Hz / 1-Phase

230

Amps (FLA) Cool

1.4

2.8

3.9

7.8

Amps (FLA) Blower

1.4

2.8

1.5

Optional heater (kW) (1) Heater Amps (A) Max. Circuit breaker (A) Min. Circuit breaker (A) Water flow (GPM / I / min)

 Air flow (CFM / m3/h) (2) External static pressure (H20 / Pa) Height deck mount (in / mm) (3) 



Height suspension mount (in / mm) (3)  

1.5

5.7

11.5

1.5 / 5.7

2.25 / 8.6

3 / 11.4

4.5 / 17.1

6 / 22.8

9 / 34.1

200 / 340

233 / 396 350 / 595 467 / 793 

670 / 1139

1000 / 1700

1.75 / 435

0.6 / 149

1.75 / 435

0.6 / 149

0.3 / 75

8 / 204

10 / 254

10.1 / 257

43.8 / 1113

61.8 / 1570

20.5 / 521

26.2 / 666

tube stubs

½”

FPT

½”



   8.2 / 209  8.2 / 209    31.5  19.6 / 498   / 801       / 455 19.7 / 501 17.9       25.4 / 646 23.6 / 600     FPT  tube stubs       ½”  ½”      FPT  FPT      ½” ½”       1  2       6 / 153  6  / 153     49 / 316 35 / 226     98 / 633 130 / 839   

8.2 / 209



  19.6   / 498       / 501  Depth without heat (in / mm) (3) 19.7       Depth with heat (in / mm) (3) 25.4 / 646       Drain connection type tube stubs        Drain connection size ½”       Chilled water connection type FPT        Chilled water connection size ½”       Quantity duct connections (in/mm)    1    Minimum supply duct size (in/mm) (4)   4/ 102        Minimum supply air grill size (in2 / cm2) 35 / 226       Total return air inlet (in2 / cm2) 70 / 452   

Max. Width (in / mm) (3) 

Sloped

Pan style



Sloped

 8.2 / 209   31.5 / 801   17.9 / 455   23.6 / 600  tube stubs   ½”    FPT   ½”   2   7 / 178  49 / 316   200 / 1291 

Sloped

 

 Dimensions 



    

Fan Coil Units - HEINEN & HOPMAN ©

 

 



Sloped

9 / 229

10 / 254

147 / 949

168 / 1084

240 / 1549

360 / 2323

Sloped

1 1.5kW is recommended for the ATL24 because it has one blower. 2kW is maximum. 2 Air flow data is for units without electric heat. Electric heat reduces air flow by amount to be determined. 3 All dimensions ±0.3 inch (8mm). 4 ATL 12, ATL18 and ATL36 models have dual blowers and therefore two supply duct rings.

 

Fan Coil Units - HEINEN & HOPMAN ©

ATL-HV LOW PROFILE FAN COIL UNITS The ATL-HV fan coil units are ideal for height-restrictive installations; high velocity blowers. The ATL-HV units represents an improved design approach to low profile, allow easier maintenance access and reduced dimensions overall. The drain pan has an anti-slosh, anti-fungal foam lining and extends to under the valve motor and plumbing. The water connections are insulated against secondary condensation. The valve can be installed to the left or to the right. Advantages • Blowers are extremely quiet yet powerful enough to overcome high-static-pressure duct; • Suspension from above or support from beneath (hardware included); • Internal components are insulated against secondary condensation; • Vibration isolation mounts reduce noise and vibration; • Bypass valve has removable power head for easy servicing; • Automatically flow control helps balance chilled water distrubution throughout the boat. • Optional electric heater Model

ATL6 HV

ATL9 HV

ATL12HV

ATL18HV

ATL24HV

Capacity (kW)

1.76

2.64

3.52

5.27

7.03

V @ 50/60Hz / 1-Phase

230

115

230

115

230

Amps (FLA) Cool

0.9

0.6

3.12

1.8

2.3

1.15

Amps (FLA) Blower

3.2

3.4

0.7

0.5

Optional heater (kW) (1)

Heater Amps (A)

4.8

Max. Circuit breaker (A)

Min. Circuit breaker (A)

Water flow (GPM / I / min) Air flow (CFM / m3/h) (2) External static pressure (H20 / Pa) Height deck mount (in / mm) (3)

   Depth without heat (in / mm) (3)         heat (in   Depth with / mm) (3)         Drain connection type         size Drain connection          Chilled water connection type      Chilled water connection size        Quantity duct connections (in/mm)         size (in/mm)  Minimum supply duct (4)       Minimum supply air grill size (in2 / cm2)       Total return air inlet  (in2 / cm2)        Pan style   

10.1 5

9.7

16.4

5 3

1.3 1.5 7.8 5

1.5 / 5.7

2.25 / 8.6

3 / 11.4

4.5 / 17.1

6 / 22.8

233 / 396

350 / 595

467 / 793

730 / 1241

0.3 / 75

8 / 204

8.1 / 206

10.1 / 257

19.6 / 498

31.6 / 803 

31.6 / 803 

42.9 / 1090 



19.6 / 498

Max. Width (in / mm) (3)                          

20.6

200 / 340



Height suspension mount (in / mm) (3)

1.4 2

18 / 458



                        

                        

19.7 / 501

                        

17.9 / 455

                        

10 / 254



25.4 / 646

23.6 / 600

19.8 / 503

tube stubs

FPT

tube stubs

½”

FPT

½”

4 / 102

6 / 153

35 / 226 70 / 452 Sloped

½”

FPT

6 / 153

49 / 316

35 / 226

98 / 633

130 / 839

Sloped



22 / 559 

 

23.7 / 602

FPT

                        

25.5 / 648

                      

27.7 / 704



tube stubs



½”

FPT

½”

7 / 178

9 / 229

49 / 316

147 / 949

200 / 1291

240 / 1549

Sloped

    

 

Dimensions

  



 







  

 

 

 

 





 



  



 for 1 1.5kW is recommended the ATL24 because it has one  blower. 2kW is maximum.   2 Air flow data is for units without electric heat.   3  All dimensions ±0.3 inch (8mm). 4 ATL 12, ATL18 and ATL36 models have dual blowers and therefore two supply duct rings.





 

Fan Coil Units - HEINEN & HOPMAN ©   



AU-DC FAN COIL UNITS The AU-DC fan coil units are designed for easy installation and high performance. AU-DC models feature ultra-quite blowers that are strong enough to overcome high static pressure. The composite drain pan quickly removes condensate water. Each drain hole is reinforced and has an external stop to prevent over tightening of the screw-in hose barb. Straight or 90-degree hose barbs may be used to better accommodate a variety of installation situations. The blower inlet adapter is made of a high temperature resin to easy withstand the heat generated by the optional internal electric heating element. The manual heater-overload safety switch is easily accessible without disassembling the unit. Advantages • Rust-free composite drain pan • Drain pan features anti-slosh, ‘positive-flow’ drain channels for no spills and rapid removal of condensate; • Blowers are extremely quiet yet powerful enough to overcome high-static-pressure duct; • Single adjustment screw for 270° of blower rotation; • Blower can be rotated to straight down position for overhead applications; • Vibration isolation mounts reduce noise and vibration; • Flexible mounting options; • Optional flow control automatically balances circulated water throughout the system. • Optional electric heater • Optional EU package upgrades includes several upgrades for reduced installation time and improved appearance (contact us for more details). Model (1)

AU6DC

AU9DC

AU12DC

AU18DC

AU24DC

Capacity (kW)

1.76

2.64

3.52

5.27

7.03

V @ 50/60Hz / 1-Phase

230

Amps (FLA) Cool

1.4

3.17

3.9

3.86

Amps (FLA) Blower

1.4

3.2

3.9

Optional heater (kW) Heater Amps (A) Max. Circuit breaker (A)

16.9

2.25 / 8.6

3 / 11.4

4.5 / 17.1

6 / 22.8

200 / 340

300 / 510

400 / 680

600 / 1020

700 / 1170

2.9 / 722.1

2.8 / 697.2

2.6 / 647.4

2.1 / 522.9

1.4 / 348.6

1.1

4.4

4.6

Max. Height (in / mm) (2)

11.7/298

13.4 / 341

14.4 / 366

15.5 / 394

Max. Width (in / mm) (2)

14.4/366

16.4 / 417

19.9 / 506

22.4 / 569

14/356

14 / 356

16.7 / 425

17.3 / 440

FPT

½”

Chilled water connection type

FPT

Chilled water connection size

Air flow (CFM / m3/h) External static pressure (H20 / Pa) Chilled water pressure drop (PS)

Max. Depth (in / mm) (2) Drain connection type                         





                      

                      

  Drain connection size

                        

½”

Quantity duct connections (in/mm)

Minimum supply duct size (in/mm)

5 / 125

6 / 153

7 / 178

8 / 204

Minimum supply air grill size (in2 / cm2)

35 / 226

49 / 319

70 / 452

100 / 646

140 / 904

Total return air inlet (in2 / cm2)

70 / 452

98 / 633

130 / 839

200 / 1291

240 / 1549

Gross Weight (lbs/kg) (3)

31 / 14.1

35 / 15.9

42 / 19.1

54 / 24.5

58 / 26.4



1 Model numbers shown are for 115V units with brushless blowers. Add a ‘Z’ for 230V units; add a ‘FC’ for optional control; add a ‘-L’ or ‘-R’ for valve position (relative to the coil) and angle of the blower; add a ‘_kW’ for amount of optional electric heat in kW (for ex. 1.5kW) 2 All dimensions ±0.3 inch (8mm). 3 Without electric heat option, subtract 3lbs (1.4kg) from unit weight for each heater element.

Dimensions 



   

 

1.5 9.69

Water flow (GPM / I / min)

   

1 7.92

1.5 / 5.7

Min. Circuit breaker (A)

                        

1 5.75





AU-HV FAN COIL UNITS The AU-HV fan coil units are designed for easy installation and high performance. The AU-HV fan coil units feature high velocity (HV) blowers. The positive flow drain pan quickly removes condensate water. Each drain hole is reinforced and has an external stop to prevent over tightening of the screw-in hose barb. To be better accommodate a variety of installation, each drain can accept either a straight or 90° hose barb. Due to the rotatable blower ring, the blower can be rotated easily 270°. The blower inlet adapter is made of a high temperature resin to easy withstand the heat generated by the optional internal electric heating element. The manual heater-overload safety switch is easily accessible without disassembling the unit. Advantages • Rust-free composite drain pan; • Drain pan features anti-slosh, ‘positive-flow’ drain channels for no spills and rapid removal of condensate; • Single adjustment screw for 270° of blower rotation; • Blower can be rotated to straight down position for overhead applications; • Vibration isolation mounts reduce noise and vibration; • Flexible mounting options; • Optional flow control automatically balances circulated water throughout the system. • Optional electric heater • Optional EU package upgrades includes several upgrades for reduced installation time and improved appearance (contact us for more details) • Optional air purifier (microparticle air filter) Model (1)

AU6 HV

AU9 HV

AU12HV

AU18HV

AU24HV

1.76

2.64

3.52

5.27

7.03

Capacity (kW) V @ 50/60Hz / 1-Phase

230

115

230

115

230

115

230

115

230

115

Amps (FLA) Cool

00.83

1.56

0.61

1.14

0.78

1.61

2.52

1.18

1.64

3.4

Amps (FLA) Blower

5.18

10.26

4.96

9.84

7.3

14.65

28.61

14.22

14.68

29.49

 Optional heater (kW) 1

    

  

   

 

Min. Circuit breaker (A)

1.5 / 5.7

2.3 / 8.8

3 / 11.4

4.5 / 17.1

6 / 22.8

229  / 390

278 / 473

338 / 575

465 / 791

506 / 860

 0.3 / 75 

0.3 / 75

1.1

4.4

4.6

 / 285 11.19

13.31 / 339

13.94 / 355

15.25 / 388

12.13 / 309

13.31 / 339

13.38 / 340

15.38 / 391

16.75 / 426

14.5 / 369

16.5 / 420

20.13 / 512

22.63 / 575

12.65 / 320

13.25 / 337

14.25 / 362

15 / 381

15.38 / 391



½”

5 / 127

6 / 153

7 / 178

8 / 204

35 / 226

49 / 316

70 / 452

100 / 646

140 / 904

70 / 452

98 / 633

130 / 839

200 / 1291

240 / 1549



   

 



Dimensions 

   

1.5

flow (GPM / I /   Water min)    Air  flow (CFM / m3/h)         External static / Pa)   pressure  (H20    drop (PS)  Chilled water pressure       Height   (2)   Min. (in / mm)    Max. Height (in / mm) (2)       Max. Width (in / mm) (2)       Max. Depth (in / mm) (2)    Drain connection size (in)      Minimum supply duct size (in/mm)      size (in2 / cm2)  Minimum supply air grill     return air inlet (in2 / cm2)  Minimum



1.5

Max. Circuit breaker (A)

 



FC MARINE FAN COIL UNIT FC marine fan coil unit • Nominal cooling loads: 10 kW - 70 kW • Spigoted duct connection • Electro-coated mild-steel casing with powder-coated paint finish • Removable front panels for access and maintenance • Quick-release grille for air filter cleaning and replacement • Electrical supply o 380V 3ph 50Hz o 440V 3ph 60Hz • Available options o Plenum and Grille discharge o Color to suit operating environment o Alternative fan pressures o Electric or hot-water heating o Fresh-air connection o Stainless-steel casing

FC10 Nominal cooling load (kW) Nominal air flow (m3/h)

FC15

FC20

FC30

FC40

FC50

FC70

1600

2600

3600

4800

6300

8000

11250

Nominal water flow (m3/h)

0.4

0.6

0.79

1.19

1.59

1.98

2.78

Fan motor rating

0.37

0.55

0.75

1.10

1.50

2.20

Dimensions

H (mm)

1500

1750

2000

W (mm)

500

700

1200

1500

D (mm)

500

750

P (mm)

260

270

330

340

400

450

121

168

185

221

278

303

372

1 x 4.5

2 x 4.5

2 x 6.0

2 x 9.0

3 x 9.0

4 x 9.0

Weight (kg) Electric heating (optional) (kW)

Alternatives available on request. Due to continuous product development, Heinen & Hopman reserves the right to introduce alterations without prior notice.

Don’t hesitate to contact us for more information about our service options. We are eager to explain the possibilities for your vessel or structure. Scan the QR-code or visit heinenhopman.com 13

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you require more information “ Do about our products or do you

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require advice? I am keen to help you further!

Paul Spoorenberg

Sales Manager sales@heinenhopman.com

OUTSIDE HUMIDITY

35°C 45°C

90% 40%

22º C

Inside

PROVIDED BY HEINEN & HOPMAN

www.heinenhopman.com 15

Heating

Ventilation

Air Conditioning

Refrigeration