Carrier 39TF Manual de usuario

AC Fan Mini Air Handling Unit

-Ceiling Concealed Type

Turn To The Experts

In 1998, Time magazine named

Dr. Carrier oneof its 20 most

influential builders and titans of

the 20thcentury.

Carrier is a leading global provider of innovative HVAC, refrigeration, fire,

security and building automation technologies.

Supported by the iconic Carrier name, the company’s portfolio includes

industry-leading brands such as Carrier, Kidde, Edwards, LenelS2 and

Automated Logic.

Carrier’s businesses enable modern life, delivering efficiency, safety,

security, comfort, productivity and sustainability across a wide range of

residential, commercial and industrial applications.

Directory

Features and Advantages 4

Features 6

Nomenclature 7

General Data 8

Jet Type Unit Design Selection 13

Dimension 14

Wiring Diagrams 17

Installation 18

Precautions For Installation And Use 19

Maintenance And Service 21

AIR HANDLING UNIT

CARRIER

The cabinet panel adopting overall foam molding technology

is surrounded by an aluminum alloy profile frame with

concave and convex grooves. When installed, it forms a

labyrinth sealing structure in tenon form, with the concave

and convex modules interlocked. Fastened by bolts and

embedded nuts, a labyrinth-type sealing cabinet with strong

torsion resistance is formed. The mechanical strength rating

of the cabinet can reach AHRI1350 CD4 and air leakage

rating can reach AHRI1350 CL1.

The heat exchanger is designed using the professional model

selection software to ensure that model parameters are

consistent with performance of the actual heat exchanger and

the heat exchanger can address model selection requirements of

customers in different operating conditions.

The coil is integrated with quality RoHS-certified copper tubes

and unique corrugated aluminum fins through the advanced

mechanical expansion tube process. The coil passes air tightness

test before delivery to ensure no leakage.

The cabinet interior is isolated from the exterior via

polyurethane foamed under high pressure and specially-

designed rubber sealing strip to avoid cold bridge. Cold

bridge factor can reach AHRI1350 CB2. The external metal

plate of the cabinet is surrounded by the aluminum frame.

Corners of the metal plate is isolated from wet air to avoid

dust completely.

Panels of the cabinet adopt one-time foam molding of polyurethane with low heat

conductivity coefcient and external and internal metal plates. Foaming density

is ≥ 50 kg/m3. Therefore, panels feature good performance of heat preservation,

thermal insulation, shock absorption, and noise reduction. Thermal insulation

performance can reach AHRI1350 CT2.

A labyrinth sealing structure, with the concave and

convex modules interlocked

Features and Advantages

Patented Technology Through

Independent R&D No cold bridge, no rust

Excellent Thermal Insulation

Performance

High-efficiency heat exchanger

4CARRIER

CARRIER uses a professional model selection software to select a unit model.

Featuring user-friendly interfaces, the software facilitates model selection.

The software can also address the needs of customers for model checking in non-

standard operating conditions, deliver the best configuration solution, output a

professional model selection report, and raise design efciency.

The unit is equipped with an integral drain pan. After being processed against corrosion

using the technology of static spraying plastics, the entire drain pan can preserve heat.

The drain pan covers on the bottom board of the cabinet. During installation, a water

discharge slope will be established to ensure that condensate water can be discharged

properly during unit operating, thus avoiding bacteria. Double-wall foaming boards

form the envelop enclosure of the unit, which not only achieves good thermal insulation

effects, but also reduces the unit operation noise.

Mechanical & electrical integration control enables integrated control of fan, motor, and water

valve. The control system is composed of low-voltage apparatuses and temperature controllers

from internationally well-known brands. If the unit is equipped with a temperature controller with

communication function, the unit can access third-party control systems, such as a building

automation and control system, to enable remote and network-based unit monitoring.

The control cabinet is equipped with multiple protection technologies, such as short circuit,

power loss, and overloading to ensure that the unit operates stably. In addition, the unit reserves

diversified external interlocking, such as control signals of fire valves, fresh air valves, and

switching type water valves.

Integrated control can save energy of the chiller, while ensuring comfortable room temperature.

Clean and Hygienic, Operating at Low

Noise

Intelligent Integrated Control

Dedicated Model Selection and

Checking Software

AIR HANDLING UNIT

CARRIER

Features

Patented structure,

low air leakage rate

Carrier patented design of labyrinth seal structure which provides

low air leakage formed by using aluminum sections with concave

and convex chamfer at joints of AHU body and tightening with

bolts and nuts.

Robust structural

design

Carrier AHU has an aluminum alloy frame and a hidden metal

inner frame, in which the former constitutes a rigid body with high

resistance to torsion by using a tenon structure and tightening with

bolts and nuts, while the latter greatly improves the strength of the

unit.

Prevention of cold

bridge and rust

All metals inside Carrier labyrinth AHU are isolated from those

outside by means of polyurethane foaming and specially designed

seals, eliminating insulation strips commonly used in general

AHUs and therefore preventing the cold bridge. Frames of

aluminum sections are embedded around all panels, completely

isolating corners of metal panel from air and moisture and thereby

preventing rust spot on panels.

No water leakage

The unit adopts the one-piece drain pan, which is covered by

seamlessly integrated insulation materials after overall coating

by spraying equipment of advanced German technology. The

drain pan installed on the unit base can act as prevention of water

leakage both during installation and use.

Mechatronic control

The unit uses large LCD screen and touch keys and supports

features such as one-key startup, automatic operation, and

multi-status display. It is equipped with microcomputer of superb

anti-interference ability. Major elements are reliable and quality

products of world-famous brands including Carrier. In addition,

there are a variety of outer interlocking accessories, and interfaces

reserved for the re valve, fresh air valve (starting and stopping

simultaneously with the air supply motor), and water valve control.

6CARRIER

Nomenclature

39TF 030 F C L R 4 1 24 W B

B- Direct drive(380V) S- Jet type(380V)

D- Belt drive(380V)

W- White outer panel

24- External Static Pressure 24 x 10 = 240Pa

1- 1 row heating coil 2- 2 rows heating coil N-No heating coil

4- 4 rows cooling coil 6- 6 rows cooling coil N-No cooling coil

R- Return air F- Fresh air

L- Left (face supply air) R- Right(face supply air)

C-Ceiling type

F-Product generation

030- Air ow 3000CMH

TF- Ceiling Type Standard Air Handling Unit

The unit is left type

Air ow

Facing the air ow, if the water piping is on the left, this is a left type unit” and “Facing

the air ow, if the water piping is on the right, this is a right type unit

Method To Determine The Side Of Unit

AIR HANDLING UNIT

CARRIER

General Data

General Data - 39TF-B/D

Return air condition

NOTE:

1. Cooling capacity is based on the following:

a) Inlet and outlet water temperature: 7°C/12°C b) Air entering condition: 27°C DB/19.5°C WB

2. Heating capacity is based on the following (with the same water ow rate as cooling mode):

a) Inlet and outlet water temperature: 60°C/50°C b) Air entering condition: 15°C DB

3. The manufacturer reserves the rights to make changes to the above specications without prior notice.

4. The water ow in the above table indicates the cold water supply ow. Because the hot water supply ow is smaller than cold water supply ow, cold water

supply ow is provided in the table for your reference to select the water pump.

Model Air

Flow

4Rows 6Rows

ESP Sound

Level

Condensate

Water Pipe

Power

Supply

Drive

Type

Rated

Cooling

Capacity

Rated

Heating

Capacity

Water

Flow

Rate

Water

Pressure

Drop

Motor

Power

Chilled

Water

Pipe

Rated

Cooling

Capacity

Rated

Heating

Capacity

Water

Flow

Rate

Water

Pressure

Drop

Motor

Power

Chilled

Water

Pipe

39TF m3/h kW kW I/s kPa kW DN kW kW I/s kPa kW DN Pa dB(A) DN

380V

3N~

50Hz

Direct

Drive

010 1000 5.1 10.2 0.24 3.0 0.18 32 7.2 12.4 0.34 8.8 0.18 32 80 53 25

015 1500 8.3 15.2 0.40 9.0 0.32 32 11.0 18.5 0.52 19.5 0.32 32 80 53 25

020 2000 11.5 21.2 0.55 11.0 0.32 32 14.9 25.3 0.71 26.0 0.32 32 80 55 25

025 2500 14.4 26.0 0.69 18.0 0.55 32 18.2 30.8 0.87 38.0 0.55 32 120 56 25

030 3000 17.5 32.0 0.83 31.0 0.75 32 22.0 37.3 1.05 62.0 0.75 32 160 59 25

Belt

Drive

040 4000 23.4 41.5 1.13 60.0 1.1 40 30.1 49.1 1.43 49.5 1.1 40 200 60 25

050 5000 28.3 51.4 1.37 40.0 1.5 40 35.2 61.8 1.68 78.0 1.5 40 200 62 25

060 6000 34.5 61.7 1.64 47.0 1.5 40 43.7 73.9 2.08 44.0 2.2 40 200 63 25

070 7000 40.3 71.3 1.92 66.0 2.2 40 49.4 85.3 2.35 59.0 2.2 50 240 64 25

080 8000 46.2 83.1 2.20 58.0 2.2 40 57.6 98.3 2.74 56.0 3.0 50 240 64 25

090 9000 52.1 93.1 2.48 79.0 3.0 40 64.8 110.3 3.09 25.4 3.0 50 280 66 25

105 10500 59.9 108.1 2.85 51.0 3.0 50 75.1 135.3 3.58 39.0 4.0 50 280 67 25

120 12000 69.3 131.7 3.30 57.0 4.0 50 85.8 161.1 4.09 44.0 4.0 50 280 68 25

135 13500 76.8 146.6 3.66 56.0 4.0 50 102.3 176.4 4.87 42.0 4.0 65 320 68.5 32

150 15000 85.3 162.8 4.06 51.0 5.5 50 108.5 189.7 5.17 39.0 5.5 65 320 69 32

8CARRIER

Model Air

Flow

4Rows 6Rows

ESP Sound

Level

Condensate

Water Pipe

Power

Supply

Drive

Type

Rated

Cooling

Capacity

Rated

Heating

Capacity

Water

Flow

Water

Pressure

Drop

Motor

Power

Chilled

Water

Pipe

Rated

Cooling

Capacity

Rated

Heating

Capacity

Water

Flow

Water

Pressure

Drop

Motor

Power

Chilled

Water

Pipe

39TF m3/h kW kW I/s kPa kW DN kW kW I/s kPa kW DN Pa dB(A) DN

380V

3N~

50Hz

Direct

Drive

010 1000 13.9 13.2 0.66 16.0 0.18 32 15.8 15.6 0.75 31.0 0.18 32 80 53 25

015 1500 18.7 18.4 0.93 42.0 0.32 32 24.5 23.7 1.17 80.0 0.32 32 80 53 25

020 2000 27.0 27.5 1.29 49.0 0.32 32 31.2 31.3 1.49 35.0 0.32 32 80 55 25

025 2500 30.8 31.8 1.47 79.0 0.55 32 40.3 39.3 1.92 58.0 0.55 40 120 56 25

030 3000 39.9 40.9 1.90 48.0 0.75 40 45.8 45.1 2.18 80.0 0.75 40 160 59 25

Belt

Drive

040 4000 49.7 51.1 2.37 38.0 1.1 40 63.8 61.8 3.04 76.0 1.1 50 200 60 25

050 5000 64.5 64.0 3.07 63.0 1.5 50 75.4 70.3 3.59 51.0 1.5 50 200 62 25

060 6000 72.7 75.5 3.46 74.0 1.5 50 92.6 91.9 4.41 57.0 2.2 50 200 63 25

070 7000 84.1 87.1 4.00 17.0 2.2 50 105.6 104.8 5.03 80.0 2.2 65 240 64 25

080 8000 99.0 101.7 4.71 14.4 2.2 50 120.7 119.7 5.75 30.0 3.0 65 240 64 25

090 9000 111.0 113.8 5.29 19.0 3.0 65 137.3 135.3 6.54 41.0 3.0 65 280 66 25

105 10500 133.1 133.3 6.34 31.0 3.0 65 160.2 157.9 7.63 57.9 4.0 80 280 67 25

120 12000 149.4 155.1 7.12 35.0 4.0 65 185.2 180.4 8.20 68.8 4.0 80 280 68 25

135 13500 165.8 180.2 7.90 33.0 4.0 80 222.6 213.4 9.84 63.0 4.0 80 320 68.5 32

150 15000 184.2 200.2 8.77 31.0 5.5 80 244.7 237.1 10.65 56.6 5.5 80 320 69 32

Fresh air condition

NOTE:

1. Cooling capacity is based on the following:

a) Inlet and outlet water temperature: 7°C/12°C b) Air entering condition: 35°C DB/28°C WB

2. Heating capacity is based on the following(with the same water ow rate as cooling mode):

a) Inlet and outlet water temperature: 60°C/50°C b) Air entering condition: 7°C DB

3. The manufacturer reserves the rights to make changes to the above specications without prior notice.

4. The water ow in the above table indicates the cold water supply ow. Because the hot water supply ow is smaller than cold water supply ow, cold water

supply ow is provided in the table for your reference to select the water pump.

AIR HANDLING UNIT

CARRIER

39TF Air Flow

(m3/h)

Cooling Coil

Rows

ESP (Pa)

80 120 160 200 240 280 320

010 1000 4 0.18 0.18 0.25 0.32

6 0.18 0.25 0.32 0.32

015 1500 4 0.32 0.32 0.32 0.32 0.37

6 0.32 0.32 0.32 0.37 0.45

020 2000 4 0.32 0.32 0.37 0.37 0.45 0.45

6 0.32 0.37 0.37 0.45 0.45 0.55

025 2500 4 0.45 0.55 0.55 0.75 0.75 0.75

6 0.55 0.55 0.75 0.75 0.75 0.75

030 3000 4 0.55 0.75 0.75 0.75 0.75 1.1 1.1

6 0.75 0.75 0.75 0.75 1.1 1.1 1.1

040 4000 4 1.1 1.1 1.1 1.1 1.1 1.1 1.5

6 1.1 1.1 1.1 1.1 1.1 1.5 1.5

050 5000 4 1.1 1.5 1.5 1.5 1.5 2.2 2.2

6 1.5 1.5 1.5 1.5 2.2 2.2 2.2

060 6000 4 1.5 1.5 1.5 1.5 2.2 2.2 2.2

6 1.5 1.5 1.5 2.2 2.2 2.2 2.2

070 7000 4 1.5 1.5 2.2 2.2 2.2 2.2 2.2

6 1.5 2.2 2.2 2.2 2.2 2.2 3.0

080 8000 4 2.2 2.2 2.2 2.2 2.2 3.0 3.0

6 2.2 2.2 2.2 2.2 3.0 3.0 3.0

090 9000 4 2.2 2.2 2.2 2.2 2.2 3.0 3.0

6 2.2 2.2 2.2 2.2 3.0 3.0 3.0

105 10500 4 3.0 3.0 3.0 3.0 3.0 3.0 4.0

6 3.0 3.0 3.0 3.0 3.0 4.0 4.0

120 12000 4 3.0 3.0 3.0 4.0 4.0 4.0

6 3.0 3.0 4.0 4.0 4.0 4.0

135 13500 4 3.0 3.0 4.0 4.0

6 3.0 4.0 4.0 4.0

150 15000 4 4.0 4.0 4.0 5.5

6 4.0 4.0 5.5 5.5

NOTE:

1. This table lists the motor power value of each type of unit under different external static pressures. (Unit: kW)

General Data-39TF-B/D Unit ESP and Power

10 CARRIER

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