Chilled Water Fan Coil Unit
Chilled Water Fan Coil Unit

Chilled Water Fan Coil Unit

A Horizontal Fan Coil Unit is a type of indoor HVAC equipment typically installed near the floor or ceiling of a room. It works by circulating air through a coil that is either heated or cooled by a connected heating or cooling system. These units are commonly used in commercial buildings, hotels, and residential spaces to regulate indoor temperature and provide ventilation.
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Overview

 

chilled water fan coil unit (FCU) is an HVAC (Heating, Ventilation, and Air Conditioning) component used to regulate temperature and humidity by circulating chilled water through coils that cool the air. These units are often part of larger systems in commercial, industrial, and multi-story residential buildings.

 

Parameter

 

Model

British model

FC200

FC300

FC400

FC500

FC600

FC800

FC1000

FC1200

FC1400

Standard model

FP-3.5

FP-5.0

FP-6.3 7.1

FP-8

FP10

FP-12.5 14

FP-16

FP-20

FP-25

National standard model

FP-34

FP-51

FP-68

FP-85

FP-102

FP-136

FP-170

FP-204

FP-238

Air volume(m³/h)

High

340

510

680

850

1020

1360

1700

2040

2380

Medium

255

383

510

638

765

1020

1275

1530

1785

Low

170

255

340

425

510

680

850

1020

1190

Cooling capacity(W)

High

1800

2700

3600

4500

5400

7200

9000

10800

12800

Medium

1620

2440

3290

4120

4850

6550

8190

9730

11580

Low

1310

2010

2650

3320

3900

5300

6610

7860

9350

Heating(W)

High

2700

4050

5400

product-49-446750

8100

10800

13500

16200

18900

Medium

2350

3520

4530

6040

6850

9260

11740

14140

16360

Low

1620

2470

3130

4170

4740

6500

8180

9710

11290

Cold water supply and return temperature

       

7℃-12℃

       

Hot water supply temperature

60

power supply

AC220V/50Hz

Heat Exchanger

Type

Copper tube series aluminum sheet, sheet spacing 2 . 2 mm

Water supply

324

482

655

814

936

1276

1602

1915

2178

Water resistance(kPa)

30

30

30

30

40

40

40

40

50

pressure

1.6MPa

Low static pressure unit

input power(W)

37

52

62

76

96

134

152

189

228

Motor Power(w)

8

12

18

22

32

20x2

25x2

35x2

42x2

High static pressure unit

Static Pressure
30Pa

input power(W)

44

59

72

87

108

156

174

 

253

Motor Power(w)

10

18

22

30

40

25x2

 

2

60x2

Static Pressure
50Pa

input power(W)

49

66

84

100

118

174

38

250

300

Motor Power(w)

16

22

30

40

50

35x2

42x2

60x2

75x2

Number of fans

1

2

2

2

2

3

4

4

4

dB(A)

Low static pressure unit

≤37

≤39

≤41

≤43

≤45

≤46

≤48

≤50

≤52

High static pressure30Pa

≤40

≤42

≤44

≤46

≤47

≤48

≤50

≤52

≤54

High static pressure 50Pa

≤42

≤44

≤46

≤47

≤49

≤50

≤52

≤54

≤56

Take over specifications

Inlet and outlet pipes

ZG3/4"internal thread

Condensate pipe

ZG3/4"External thread

 

 

Model

FP-34

FP-51

FP-68

FP-85

FP-102

FP-136

FP-170

FP-204

FP-238

Applicable area

8m²

12m²

18m²

22m²

26m²

30m²

36m²

45m²

60m²

 

main features

 

Key Features

 

Water-Based Cooling:

Unlike traditional air conditioning units that rely on refrigerant, FCUs use chilled water supplied by a central chiller plant or cooling tower.

The cooled water flows through coils in the fan coil unit, and air is blown over these coils to cool the room.

Fan:

An integral fan circulates the air across the chilled water coils, cooling it before distributing it throughout the space.

The fan can have multiple speed settings for controlling airflow and temperature.

Coils:

The fan coil unit features coils that are cooled by chilled water. As air is drawn through the unit, the heat from the air is transferred to the chilled water, cooling the room.

The water temperature is usually set around 44–50°F (6–10°C), depending on system design.

Thermostat/Control System:

Modern fan coil units come with built-in thermostats or can be connected to a centralized control system, allowing users to set desired temperatures and fan speeds.

Some systems can be zoned, offering individual room control for more precise temperature regulation.

Compact Design:

FCUs are often compact and easy to install in tight spaces such as above false ceilings, under windows, or along walls.

The units are typically ceiling-mounted, wall-mounted, or installed in ducts depending on the application.

 

Common Applications:

Commercial Buildings:

 Office Buildings: Provide zoned comfort in individual offices or floors.

 Hotels: Guest rooms are typically equipped with fan coil units to offer temperature control for each room.

 Retail and Shopping Malls: Individual zones can be cooled efficiently, providing customized comfort in different areas.

 Residential Buildings:

In multi-story or large residential complexes, fan coil units provide energy-efficient cooling or heating.

Used in apartments, condominiums, and luxury homes where precise temperature control is desired in individual rooms.

 Hospitals and Healthcare Facilities:

Provide clean, controlled air for patient rooms and public spaces, maintaining comfort and hygiene.

Often equipped with HEPA filters for air purification.

 Industrial Facilities:

FCUs are used in large-scale commercial or industrial applications where temperature regulation is necessary in certain areas or departments.

 Educational Institutions:

Used in classrooms, libraries, and auditoriums for localized temperature control.


Advantages:

Energy Efficiency:

The use of chilled water as the cooling medium is more energy-efficient in large buildings, particularly when central chillers or cooling towers are used.

FCUs can be combined with variable speed pumps and cooling towers for optimized energy use.

Zoning and Flexibility:

Provides individual temperature control for each room or zone, which increases comfort and allows for energy savings by only cooling or heating occupied spaces.

Ideal for buildings with varying cooling loads in different areas.

Compact and Quiet:

FCUs are typically smaller and quieter than traditional air conditioners, making them suitable for spaces where noise is a concern (e.g., offices or bedrooms).

Low Maintenance:

The maintenance required for fan coil units is minimal, typically involving periodic filter cleaning or replacement and coil inspections.


Disadvantages:

Initial Cost:

The upfront cost of installing a chilled water fan coil system can be higher than traditional air conditioning systems, especially in retrofitting existing buildings.

Limited Heating Capability:

While fan coil units are excellent for cooling, additional systems (such as electric heating coils or a dedicated heating source) are often needed for winter heating, unless the system is designed to also handle hot water.

Space Requirements:

Although compact, FCUs still require space for installation, often in false ceilings or other concealed areas. This can be a limitation in buildings with space constraints.

Complexity in Retrofitting:

Retrofitting a building with a chilled water system may require significant modifications to the existing infrastructure, especially if the building wasn't originally designed for such a system.


Considerations for Use:

System Design and Sizing:

Proper sizing of the fan coil unit is essential to ensure it delivers the desired cooling or heating capacity. Oversized units can lead to inefficient operation and increased energy consumption.

Maintenance and Cleaning:

Regular cleaning of filters, coils, and fans is necessary to maintain efficiency and air quality. Poor maintenance can lead to performance issues and a shorter system lifespan.

Integration with Other Systems:

Fan coil units typically work in conjunction with central chiller plants, pumps, and other HVAC systems. Ensuring proper integration with these systems is crucial for efficiency.

Control Systems:

Modern systems allow for sophisticated control options, including individual room control, temperature sensors, and integration with building automation systems (BAS) for improved energy management.

 

 

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FAQ

 

Q: Who are your customers?

A: We have worked with well-known brands such as United Laboratories, Sun Yat-sen University, Nanyang Technological University of Singapore, China Central Television, and Beijing West Railway Station.

Q: What was your turnover in 2023?

A: Our turnover in 2023 was approximately 12 million USD.

Q: Do you have a showroom?

A: Yes, we have a showroom that displays our full range of products.

Q: Where is your factory located?

A: Our factory is located in Taixing City, Taizhou, Jiangsu Province, China.

Q: When was your factory established?

A: Our factory was established in 2010.

Q: What are your main markets?

A: Our main markets include Europe, North America, South America, Australia,

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