CONTENTS · all the fan motors adopt DC motors. The leading full-DC inverter control technology and...

CONTENTS

High intelligent control system

High quality user experience

Optional Parts

High intelligence and reliable operation

High quality product lineup

High flexibility of installation and

maintenance

Fujithermar VRF Plus series inverter-driven multi-split central air conditioning adopts full DC

fan motors adopt variable speed motors, which can bring extraordinary user experience--high

high flexibility of installation and maintenance, and high intelligent control and management,

capacity is from 8HP to 54HP in 2HP increments, various models can serve the government

occasions better,which can improve the environmental quality and create a healthy life.

Full DC Inverter

02

Hig

h E

ffici

ency

Per

form

ance

Hig

h E

ffici

ency

Per

form

ance

Air conditioning is a big power consumer in our daily life. Authoritative statistics show that the energy

consumption of central air conditioning generally accounts for 40 % to 60% in the whole building

energy consumption, thus energy saving of air-conditioning has important social significance.

High efficiency high-pressure

chamber scroll compressors

high-pressure chamber scroll compressors with an interior oil separating

Outdoor units of Fujitherma VRF Plus series adopt large capacity high efficiency

section, which maintains most of lubricating oil in compressor by the use of

interior oil moist separator and oil-returning pipe design. Only much less oil

is discharged from compressor along with refrigerant, which avoids cooling

capacity decrease due to redundant oil in refrigeration cycle, further

Special scroll disc design

□

□

New type scroll

compressor

Inside chamber Pi=Ps

Outside chamber Po=Ps

Suction completed

Inside chamber Pi=Ps

suction completed

Outside chamber Po> Pi

condition from the

suction to 180°on the

way of compression

Suction losses decreased

Leakage losses decreased

Interior oil separation

mechanism

Asymmetric scroll disc

supply with high stability

low noise

DC variable speed motor

Fujitherma VRF Plus series inverter central air conditioner, all the compressors adopt DC variable speed compressors, and

all the fan motors adopt DC motors. The leading full-DC inverter control technology and a variety of intelligent

energy-saving technologies realize the optimal energy saving performance of VRF Plus series.

The compressor stator adopts centralized winding stator that can reduce coil height and copper loss;the compressor rotor adopts the latest

ncy

dramatically. By the use of DC motor, the performance is improved at around 20~80Hz where the operation time of the inverter compressor is

longest. Meanwhile, the rotor of compressor is divided into two parts to suppress electromagnetic interference(EMI) which achieves low noise.

Centralized winding stator DC motor rotor

� speed controls

� Unique magnetic noise of

DC compressor is removed

Optimized rotor

shape

Using Neodymium

Magnetic Materials

� Low height

� Low copper loss

�

The asymmetrical scroll structure of

the refrigerant gas leakage loss in the

process of suction and compression,

reliability.

Centralized DC motor

0 1200

2400

3600

4800

6000

7200

Distributed DC motorAC motor

R e v / m i n(rpm)

○

High Efficiency Performance

03

□ Precise Room Temperature Control □ Latest 180-degree sine wave DC

Inverter-Driven Technique

Industry-leading inverter controller is adopted in VRF Plus series , it is

the upgrade product of mainstream type IGBT inverter controller with

small volume and high precision, and it has internal multi-protection

controls (over voltage, under voltage, phase loss, phase error,

over-current, overheating, etc.), so the control accuracy and reliability of

the inverter are improved dramatically.

Time (h)

Load %

Conventional Inverter Control

The operating speed of DC motor in compressor can be adjusted

continuously and freely relating to the variability of system

capacity. This technique integrated auto-adaptive control

technique automatically adjusts capacity output according to

actual air conditioning load in order to achieve a smoother curve

of temperature fluctuation to satisfy higher requirements of

coziness.

DC Inverter-Driven Technique

180° Sine wave DC Inverter-Driven Technique

Time

180°Sine wave

180°

Electric current

Voltage

Traditional control method

TimeVoltage

Electric current

120°Rectangular wave

120°

30° 120° 60°

Time (h)

Load %

Fujitherma Precise Inverter Control

Air conditioning capacity outputIndoor load

Air conditioning capacity outputIndoor load

Outdoor unit fan motor adopts DC inverter-driven motor which

significantly. The outdoor unit fan can achieve stepless speed

regulation according to the ambient temperature changes.

Stepless fan speed regulation

technology

Streamlined air grille

◎ Stepless frequency conversion adjustment of the fan

◎ Fan Protection FunctionIn case that the external forces make outdoor unit fan rotate inversely , the fan will be stopped first when the air conditioner is started, and then the fan will rotate normally in accordance with procedures to protect the blades from damage.

An

ti-b

ack

win

d

Co

nve

nti

on

External forces make the fan

counter-rotating

External forces make the fan

counter-rotating

Instantaneous reverse rotation with sudden

increased torque may cause damage to the blades

Forward rotation with small

starting torque, protect fan blades

Stop the fan before start

the unit

Fan speed

High

Low 0

1050rpm

Stepless speed

regulation

Common speed

regulation

◎The stability of discharge pressure and suction pressure of the compressor is assured;◎The stability of the indoor unit flow (capacity) dynamic allocation is assured and the fluctuation is reduced;◎Quick response of control systems is improved, accordingly the stability, durability and reliability of units are assured.

04

New type efficient heat exchangerΦ7.0mm and new type fins, which reduces the air-flow resistance,

of frost on

Optimized refrigerant circuit design

Two-stage Supper-cooling Circulation

A sub-cooling section is designed in the heat exchanger of outdoor unit to realize the first stage supper-cooling. Furthermore,

is applied to achieve the second-stage supper-cooling. The total supper-cooling degree is up to 27℃.

○ The two-stage super-cooling cycle improves cooling capacity;

○ The pressure loss of the refrigerant flowing in the pipe is reduced

○ The Increased super-cooling degree promotes the stable operation

of the electronic expansion valve;

○ The increased super-cooling degree helps increase the total piping length.

□ Two-stage super-cooling cycle diagram □ Two-stage super-cooling pressure enthalpy diagram

Sub-cooler Heat exchanger super-cooling section

Cooling capacity

Gas

refrigerant

Gas

refrigerantLiquid

refrigerant

Liquid

refrigerant

Liquid

refrigerant

Liquid

refrigerant

Gas

refrigerant

Gas

refrigerant

Gas

refrigerant

Gas

refrigerant

Liquid

refrigerant

Ga

s p

ha

se

Gas-liquid

mixed phase

Liq

uid

ph

ase

Increase the proportion of liquid

refrigerant in the heat exchanger to

Gas refrigerantGas-liquid

mixed phaseLiquid refrigerant

Common refrigerant circuit Optimized refrigerant circuit

Wind direction Wind direction

Overlapping section

surface of fins

Overlapping section

surface of fins

Thick Thin

Previous fins The latest developed fins Hierarchical diagram of

hydrophilic aluminum foil

down flow speed of defrost water or condensate water and

improves the air conditioning performance.

Lubricating layer

Hydrophilic coating

Corrosion-resistant coating

Fin

copper tube

First stage of super-cooling

Second stage of super-cooling The increased cooling

capacity in super-cooling cycle

Ga

s p

ha

se

Gas-liquid

mixed phase

Liq

uid

ph

ase

05

Smart and precise unit capacity allocation

○ Central air conditioning system is working under partial load most of the time; VRF Plus series optimizes

condition.

In normal operation, the module combination is operated at full load + ultra-low load, which influences the service life of units and consumes more power.

Common product:d t

be lowest when each module unit is working at 40% - 75% partial load.

Fujitherma VRF Plus Series:

VS

tion is lowest.Take

20HP units (double module) as an example, when the units operate under 12HP load, the load distribution of each module: common product is 10HP (full

load) +2HP (ultra-low load); Fujitherma VRF Plus series is 6HP+6 HP (intermediate load).

Demand mode (Energy saving mode)

The intelligent demand mode can adjust the air conditioning operation automatically according to peak-valley requirements of

electricity. It achieves balance between the comfort and energy saving while meeting the power demand for daily work.

For mode settings, please contact your local service engineer. The output capacity of the unit at this moment is less than the rated value because

operating power is limited.

Morning Night

Daily running time

Setting Power

Po

we

r C

on

su

mp

tio

n

When the power consumption value exceeds

the set range, it will be restricted

Operating cost

Operating cost

Power Saving 20%

06

Hig

h In

telli

genc

e an

d R

elia

ble

Ope

ratio

nH

igh

Inte

llige

nce

and

Rel

iabl

e O

pera

tion

□“Preconceived” Control

Intelligent operation

and control

The system can be locked to the heating mode only or cooling

transitional season. For example, when this function starts, it can be locked to cooling mode only in summer or heating mode only in winter.

Fujitherma VRF Plus series innovatively applies a variety of intelligent technology and realizes a

series of intelligent operation from component selection to the unit operation. Comprehensive

intelligent control capacity ensures Hi quality of the system. Meanwhile, based on the high-end

technology support platform of Fujitherma inverter central air-conditioning, the operation of VRF Plus

Series is more reliable.

□ Operation mode control

□ Access Management

There are room cards and access management function settings，which can realize linkage control in Hotel Management System or Smart Home System，that is，the air conditioner will start working under the previous operation mode when the card is inserted, avoiding the waste running.

While the system is running，if there are some indoor units are set to

indoor units will give an alarm "operation restriction", the other units are in normal operation without stopping or alarm.

Heating mode only

in chilly winter

Cooling mode only

in hot summer

Operating limited

Heating

High intelligence and

reliable operation

07

□ VIP Service Control

The "VIP" mode is designed for the important rooms in the system, that is, giving priority to ensuring heating and cooling needs of VIP room under special power supply circumstances.

System can assign indoor unit addresses without manual setting automatically, it is suitable for the use of multiple indoor units of large system.

○It is a customized feature, the VIP Room is a room with capacity priority assurance; setting VIP service priority mode

under harsh working conditions.

□ Automatic addressing

□ Operating data, fault data displaying

□ Service Checker

channels and display the data. There are four 7-segment high brightness digital tubes to display the real-time fault parameters through adjusting the master PCB buttons of outdoor unit, it is very convenient for commissioning and maintenance

ON ON ON ON ON

Power supply

shortage

VIP RoomCapacity priority

assurance

□The operating data can be recorded automatically as power failure occurs. When the power supply is restored, the system can fulfill automatic start-up(Manual operation is also allowed), the previous operation mode can be renewed without being reset, which brings more intelligent and considerate service to users.

01

The system operates normally

02 03

system stops running

Restore to the previous state when

the power supply is recovered.

Service Checker is designed to quickly inspect the units operating status. Problems can be found out as early as possible, then solution can be taken accordingly.

08

□ Temperature sensing

There are multiple thermal probes in the system, which will make real-time detection and feedback on the outdoor temperature, indoor temperature and outlet air temperature etc,the system output is adjusted by the master controller.

Accurate self-diagnosis and self-control of system

pressure and temperature

□ 32-bit MCU and high-speed transmission bus

Adopting 32-bit MCU data processing, together with the high-speed transfer bus can make up to dozens of multitasking perfect signal processing of outdoor unit control, indoor unit control, temperature control, compressor frequency, fan motor speed and switches, etc.

maintain the operation stability.

32-bit Data processing MCU

□ Refrigerant flow control

Indoor units adopt microcomputer electric expansion valve with 2000-stage automatic adjustment function， which can make precise flow adjustment automatically according to the actual load of indoor units with more accurate temperature regulation and

2000-Stage Electric Expansion Valve

□ Fast, accurate pressure sensing technology

Combined with compressor frequency control, fan speed, electronic expansion valve opening degree, the pressure sensing technology puts the condensing pressure and evaporating pressure of system in the best condition, so as to ensure the unit more stable running, more timely protection and longer service life.

The system pressure is controlled by the use of precise high & low pressure sensors, which can collect the system pressure parameter in high frequency continuously,and the give real-time feedback of measurement results,realizing precise controls in the output through the master controller at first time.

Pressure Sensor

01

01 Compressor frequency control

02 Fan operation control

03 Electronic expansion valve opening degree control

02

03

Unique Design

outlet air temperature sensor

09

□ The first-stage oil separation

structure inside high-pressure chamber compressor, only a small amount of oil is brought out of the compressor.

□ The second-stage oil separation

A small amount of oil discharged from the compressor is separated by the second-stage oil separation through large-capacity, high

over 99%.

Multiple oil circuit protectionOil balance between outdoor units is realized through two-stage oil separation technology, double oil control technology, and oil balancing control, which ensures more secure and reliable operation of the system.

□ The first-stage oil-return control

The accumulator adopts porous oil return technology

the oil balance between the compressors within the module, but also plays a role in the oil balance between the modules. ２3

1

4

Outdoor unit 1 Outdoor unit 2

Accumulator

Intelligent defrosting modeThe outdoor unit adopts outdoor temperature sensor and heat exchanger temperature sensor to make variable-parameter defrosting, accurately grasp the defrosting opportunity, and significantly reduce the amount of frost, only 1/3 of that under ordinary defrosting mode.Meanwhile together with unique bottom anti-frost design structure, “2 in 1” heat exchanger, it can ensure that there is no frost at the bottom of outdoor heat exchanger during winter heating. When defrosting, the mixture of ice and water left along the fins is heated fully to liquid and discharged through the bottom drain hole, so as to avoid accumulation of frost at the bottom leading to poor heating performance.

Bottom anti-frost design when heating

Common defrosting

Heating operation

Heating operation Heating operationHeating

operationHeating operation Heating operation

Heating operation Heating operation Heating operation Heating operation Heating operation

Little frost Still not much frost

Heating operation

Little frost Still not much frost

defrostingFujitherma optimal defrost mode

Common multi-split AC defrosting mode only refers to Time and Temperature parameter , besides these, Fujitherma adopts the pressure defrosting mode, which adopts the pressure sensor to get the pressure signal and completes the variable parameters defrosting operation through the Pressure, Temperature and Time parameter.

First-stage oil separation Second-stage oil separation

10

□ Oil balancing control between outdoor units

Through adjusting the relationship between the amount of discharge oil and return oil in the compressor, accumulator and the oil separator, it can realize automatic balance of lubricants between the various outdoor units without oil balance pipes, avoid fluctuations of system pressure and temperature caused by oil balance pipe mode, and simplify the construction and improve the operational stability and comfort of system.

Without oil balance piping in

outdoor unit, making the oil

return more stable, more

for installation.

Anti-snow Function

□ Rotational operation

By rotational operation technique, the running time of each outdoor unit module is balanced，the unit durability is improved，and the life of the air conditioning system is extended.

□ Dual backup operation

The backup operation function that prevents the system from coming to a complete stop can be fulfilled in two ways.1.as one compressor breaks down, the other compressor in the same outdoor units can be set to emergency operation mode(for 114kBtu/h upward models).2.As one of the outdoor units breaks down, the rest of outdoor units in the same refrigerant system can turn to operate urgently (For 154kBtu/h upward models).

In the event of bad weather like snowstorm, even if outdoor unit is not operating, the sensor for snow on outdoor PCB can still be shorted because of natural snowflake, then the outdoor fan motor starts rotating at full speed to prevent outdoor unit from being covered by snow.When air conditioning starts up, the fan motor will turn to normal speed.

Multiple operation mode, ensure long life and reliable operation

□ The second-stage oil-return operation

The system implements oil-return operation based on the compressor frequency and corresponding operation time, which avoids the oil retention in the indoor heat exchanger and outdoor heat exchanger when the system is running at low load for a long time, and avoids compressor failure due to lack of refrigeration oil. The oil-return operation time is only 60 seconds, after the oil-return control, it will automatically return to the previous operation state.

In winter under heating mode, the oil return operation is implemented without changing to the cooling,

Compressor

Frequency

Oil return

operation

High

Low

Time

This time

Next timeLast time

Rotational

operation

Liquid pipe

Gas pipe

Standby status

Running status

Fault Status

The first-stage backup The second-stage backup

○

○

Connector Outdoor Unit PCB

Anti-snow Function Graph

*This Function Needs Optional Accessory

Power Supply

Control Circuit

SS3：Snow sensor

SS3

X1

eWithout oil

balance pipe

11

High Quality User

Experience

Smart controllers, simple human-machine interactionFujitherma has a variety of controllers with smart and beautiful shape, flexible and easy to use. Users can experience a new sense of comfort and smart by making choice according to their personal needs.

□ Actively respond to RoHS directive

□ Use environment-friendly refrigerant R410A

RoHS is called [Reduction of the following six Hazardous Substances in Electrical and Electronic Equipment]. This directive prohibits the use of the following six hazardous substances in electrical and electronic equipment [lead, mercury, cadmium, hexavalent chromium, poly-brominated diphenyl ethers (PBDE) or (PBB)]. Fujitherma responds to European RoHS directive actively and carries out a series of procedures and interventions to control hazardous substances. This directive aims to protect human health and ensure recycling and disposal of waste electrical and electronic equipment to meet the environmental requirements.

refrigerant R410A , which is non-toxic to humans and will not damage the Earth's ozone layer, create a comfortable, clean living environment for you.

Advocate and practitioner of low-carbon living space

Substance

Lead

Cadmium

Hexavalent chrome

Mercury

PBB/PBDE

RoHS limit value

1000ppm

100ppm

1000ppm

1000ppm

1000ppm

Typical Test Method

Wet chemical treatment or X-ray fluorescence




GCMS, FTTR, or X-ray fluorescence

In order to make the relation between people and air, people and the environment more friendly and

natural, Fujitherma VRF Plus focuses on user experience in product design and improving the

environment - processing and control of air temperature, humidity, speed, cleanliness; moreover, G

series pay much attention to the customer's health - fresh air and quiet and customer’s convenience

in use.

Environment-friendly

Refrigerant

Hig

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igh

Qua

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Use

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nce

12

□ Three-dimensional temperature sensing design

The refrigerant flow is regulated by supply air temperature sensor, return air temperature sensor, remote control temperature sensor set in the indoor unit, the air temperature is controlled within the optimum range, satisfying human comfort better by combining with microcomputer controlled high-precision electronic expansion valve of 2000 pulses; while meeting indoor temperature control accuracy of ±0.5℃.

Precise temperature control, comfortable air supply

□ 360°around air supply, more even temperature

Fujitherma 4-way cassette type indoor unit expands supply air flow to every corner of the interior space through 360 degrees all-around supply air and adjustment of the louver position, which forms all-around surround airflow, without dead angle for air supply and ensures the most comfortable space with more even indoor temperature.

□ Indoor unit noise control

Techniques and installation methods of reducing operating noise of indoor units are researched according to the using occasions, structural features, fan motor, fan blades and duct layout etc, which ensures to provide a most quiet and comfortable air-conditioning environment for the users.

Excellent mute design, achieve ideal quiet environment

□ Noise control of outdoor units

Adopt high quality scroll compressor —— Sophisticated manufacturing technology, with characteristics of little vibration and low noise.

Silence process of fan motor

——Select cast aluminum as manufacturing material of the fan motor. Motor bracket adopts non-resonant hanger structure to ensure stable electrical motor performance and reducing vibration noise.

Noise level of Slim Ceiling Ducted type AVE-07/09* at low speed.

Quiet libraryWhisperIn bedroom noise of 30dB (A)

Bustling streetIn operation

dB(A)70dB(A)30dB(A)20 dB(A)21 dB(A)40�

�

360°

13

□ Wide operating range

The system can run within a wide temperature range, the lowest heating operation can reach -23℃in winter.

□ Rapid cooling and heating

Through quick start technology of the compressor, the unit can achieve 100% output of heating capacity in a very short period of time, and meet the demand for air conditioning in the space quickly.

Quick start, quickly meet the needs of the space comfort

New type efficient axial fan

around the fan, uses special materials to absorb vibration and noise, which can significantly reduce "buzzing" sound.

Night Silence Mode——The outdoor unit has a unique Night Mode setting function, the Max.noise level in full load operation at night is 15dB(A) lower than that in normal operation in daytime, only 41dB (A) (take AVWT-76 for example).

New type blades

Optimizing axial

angle of the wind

Optimizing radial

angle of the wind

30 40 502010

-10 0-20

Heating operation range

Cooling operation range

-23℃ WB+19℃WB

+50℃DB

-5℃ DB

Environmental load change curve

Temperature change curve

Noise change curve

The maximum temperature

41dB(A)

8 hours 9 hours

Decline

15dB(A)

Need about 90 seconds to reach 100%

capacity output (Data of 48HP Model)

90 seconds

14

High Flexibility of Installation

and Maintenance

Small size, light weight, saving space in transportation

and installation

the elevator can be used to uplift the base unit(MAX.170kBtu/h) separately. Easy and flexible transportation and installation are further enhanced by adopting the lightweight and compact design of outdoor units

Transportation mode

VRF Plua series pay much attention to every detail in product design, taking full account of the

realities of engineering application. The installation flexibility of the product design is greatly

improved through a series of technical upgrading.

Elevator

Outside dimension of model 16HP

The door size of elevator car with a load of more than 630kg is 800mm×2100mm, the car depth is greater than 1250mm, a single module can be moved in, so it is easy to transport in high-rise buildings.

Note:The size of the elevator car is for reference only.

Transportation modeH

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aint

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15

method, aviation dynamic fluid simulation analysis and other advanced concepts; its air inlet angle and outlet angle are optimized; together with unique horn air vent design, the external static pressure of outdoor unit is higher, which can better exhaust air and ensure smooth air flow.

◎◎

◎ Can achieve industry-leading level of external static pressure 80Pa

□ Super-long piping conditions,

more convenient design

□ Layered installation, flexibly corresponding to high-rise buildings

For high-rise buildings, machine layer can be left to place outdoor units, or machine room can be set up on each floor. By using exhaust duct to

outdoor units.

Exhaust duct installation

Temperature �

46.9443

45.4512

43.9582

42.4651

40.9721

39.4790

37.9859

36.4929

34.9998

Airflow Schematic

Max. 80Pa

Max. 80Pa

Extra-high external static pressure design

Actual piping length:

and lowest indoor units:

(when outdoor units are higher than indoor units)

165m

15m

70m

(when outdoor units are lower than indoor units) 90m

Long Piping Length

Max. Piping Length: 165m

Total Piping Length: 1000m

Outdoor Units and Indoor Units: 70m

Between Indoor Units: 15m

Between 1st Branch

and Indoor Unit: 90m or less

50m when the ODU is higher than IDU

40m when the ODU is lower than IDU

Note：

value, please contact our technique engineer.

16

Indoor unit can adjust static pressure automatically according to the house structure and installation condition, ensure that the indoor unit operates in the optimum exhaust state.

□ Various modes of supply and return air to coordinate with room decoration designs

g ducted types, on the he maximum extent.

□ Adjustable indoor unit static pressure

*Adopting direct bottom return will make indoor noise increasing 5-8dB (A)

Return air

Supply air Supply air

Side Supply Ceiling Return Side Supply Side Return Ceiling Supply Ceiling Return Side Supply

bottom Return *

Return air hose

Duct

Return air grille

Return air grille

Check grille

Check grille

Check grille

DuctDuct

When the required duct is long,

the static pressure can be set higher;

When the required duct is short,

the static pressure can be set lower.

□ Various models, super multi-connected, easily correspond to the changes in spacial layout

A wide range of outdoor units can be selected according to the actual situation of the building; there are 9 types of indoor unit to choose from; outdoor units and indoor units can be matched and connected freely, which can be selected rationally according to floor location of the owners, interior room

Supply air

Supply air

Supply air

Duct Duct Duct

Return air

Return air

Return air

17

Refrigerant judgment and automatic charge function

The outdoor unit refrigerant charge state can be judged precisely by the overall judgement for the outdoor temperature, indoor unit air inlet and outlet temperature,supper cooling degree, operating pressure and other factors.

Anti-corrosion teratment for Outdoor Units (Optional)

The anti-corrosion treated outdoor units have been designed to provided corrosion resistance against acid rain and salt corrosion.If you need the anti-corrosion type, please contact us.

One-touch test run

The one-touch test run can be operated at the outdoor unit side, and it can also be operated at the indoor unit side, which makes it much earlier for the commissioning.

Refrigerant

6

ON

1 2 3 4 5 6

Cooling mode test run

ON

1 2 3 4 5

Heating mode test run

R e a l i z i n g t e s t r u n

through the controller

at the indoor unit side

R e a l i z i n g t e s t r u n

through the controller

at the indoor unit side

18

Highly Intelligent

Control SystemFujitherma inverter central air-conditioning intelligent control system can be controlled

automatically all by a computer; the overall operation of the system can be easily

learned; it can identify and solve problems in time; meanwhile achieve users’

sub-metering of electricity bill, and make intelligent control more humane.

Various Controllers

ON/OFF

Heat/Cool

Automatic mode

Dehumidification

Fan speed

Louver Setting

Temperature setting

7-Day timer

Auto test run

Error code display

Operation monitoring

Central control

Timer

Group control (ON/OFF)

Mode lock

Air filter cleaning reminding

Wireless controller disable

Check

MAX.number of connectable

indoor units 16

Power supply DC 12～ 17 V

Product dimension (mm）

Appearance

120＊120＊16

Model name FHYXE-J01HX FHYXE-F01HX FHYXE-G01HX FHYJ-J01HX

Item Wired controller controller

Main

Function

16

DC 12～ 17 V

120＊120＊19

1

DC 12～ 17 V

86＊86＊12.4

128

AC1Φ85～ 265V50/60Hz

120＊120＊52.5

FHYE-Q01X

Wireless controller

16

2 AAA Batteries

125＊55＊16.5

FHYJE-D02HX

Central controller

160

AC1Φ220V, 50/60Hz

120＊120＊68

Hig

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Inte

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ontr

ol S

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Con

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Sys

tem

19

Controllers with more choices, more intelligent and convenient control

There are two system connection patterns:

1.The converter is connected to the router or switch through wired Ethernet. 2.The adapter is connected to the router through WiFi.

Note: The first pattern has better stability, so it is the recommended connection pattern.

Main function

Operate according to a schedule.

Display the alarm code.

Max.16 indoor units can be controlled.

Fujitherma Mobile Intelligent Terminal

IPAD

*The standard parts of this system includes the converter FHYJE-H01HX and the client control software HRM-G01 (it can be downloaded and installed

in the APP STORE), The IPAD is the registered trademark of Apple Inc.

FHYJE-H01HX

Wireless router

LAN

Model name

Input voltage

Maximum operating current

Adapter specifications

FHYJE-H01HX

AC 110~240V 50/60Hz

10mA （220 V）

Isolation Voltage

Operating temperature

Operating humidity

AC 3000V

0℃~40℃

30%RH~60%RH

20

Fujitherma electric charge allocation system consists of

meter reading system and air conditioning management

system. In accordance with the operation time and

capacity output of indoor and outdoor units, the

opening degree of EEV, the electric charge allocation

software allocates the total power consumption to each

indoor unit.

Air conditioning electric charge allocation system

Hi-Dom System Specifications

Hi-Dom air conditioning management system adopts communication bus connection, air conditioning indoor units are connected to the computer

through network converter; the system is all controlled automatically by a computer with powerful functions and simple operation. One single

computer control system can manage 2,048 indoor units.

Hi-Dom air conditioning management system

Main functions○ Running-state monitoring

○ Determine the temperature limit

○ Running records display

○ Controller prohibition function

○ Access control

○ Automatic operation according to settings

○ Multifunction alarm

○ Service Monitoring

Main features

○ Accurate and timely electricity calculation

○ User’s electricity bill reading by the hour

Note：Fujitherma electrical charge calculation software need to customize processing in project according to the users' requirement.

Outdoor Unit

Wireless remote

controller

Wired controller

Indoor unit

Assistant remote

controllerMaster remote

controller

Wired controller Wired controller

Indoor unit

Adapter

Monitoring Center

Client Management Center

Communications

network

Adapter

Shielded twisted pair cable

AC system

AC system

AC system

Electric Charge Allocation System

Power supply

cable

LAN

Electric meter

Network connector

Meter data collector

Adapter

(Hi-Dom)

Model name

FHCCS-H128H2C1YMX

Power Supply

DC 12V

DC 12V

Dimension(mm)

180*110*40

180*110*40

Charging Function

With charging function

FHCCS-H128H2C1NMX Without charging function

Adapter

Adapter

Adapter

All the indoor units and outdoor units connected with one adapter comprise one communication BUS system .

Max.128 indoor units can be connected to a BUS system.

Max.16 adapters can be controlled by one computer.

Max.2048 indoor units are under control.

21

Building Management System

Real-time operation status monitoring for inquiry

Operation order from monitoring center

Compatible to multiple communication protocol of BACnet, RS-485 etc. Connectible to BMS or Smart Home System via FHC-A64BNPX or FHLRSCONXall of which can connect to Max. 64 indoor units.

BACnet

Modbus

Converter specifications

HC-A64BNP

FHC-A64BNPX

Converter

BMS connection

Power supply

Connectable central controller

MAX.number of connectable indoor units

Dimension（L*W*H）

BACnet

AC100～240V±10%(50/60Hz)

FHYJE-D02HX

64

240mm＊204mm＊70mm

Modbus

AC100～240V±10%(50/60Hz)

FHYJE-D02HX

64

171mm＊140mm＊43mm

Item

FHC-A64BNPX

Central Station

Central Monitoring BMS

Fire Alarm Disaster Prevention

Fujitherma Supply

Intranet

UPS

BACnet

(Ethernet(LAN))

FHLRSCONX

Intranet

Air Conditioning

Air Conditioning

Air Conditioning

Outdoor Units

Fujitherma

FHLRSCONX

FHLRSCONX

Smart Home Controller

BMS

Indoor UnitsRS-485(232)network

Illumination

i i

i i

Taking full consideration of the various requirements of people for the indoor

products can solve the problems of indoor units well, and make your work and life more healthy.

Extensive outdoor unit products, a single module unit is up to a maximum of 18HP, combined module is up to a maximum of 54HP, which can meet the actual needs of larger and more space.

Fujitherma VRF Plus central air conditioning meets all the needs of people for space environment, interior decoration and human health with high-quality multi-choice indoor units, outdoor units and fresh air units, providing people with a new central air-conditioning experience.

High quality product lineupFujitherma VRF Plus series provides a wide selection of indoor units for indoor decoration and

creates a personalized living space.

There are up to 8 types of indoor units for consumers to choose. Consumers can select in accordance with the interior decoration and design, which brings a perfect combination from comfort to aesthetic experience.

22

Hig

her

Rel

iabi

lity

Hig

her

Rel

iabi

lity

Diverse selection of outdoor units

16HP, 18HP, the capacity of combination module is up to 54HP, with small size, light

combinations to meet their own space requirements according to their actual needs.

Fujitherma Plus

8HP

10HP

12HP

14HP

16HP

18HP

20HP

22HP

24HP

26HP

28HP

30HP

32HP

34HP

36HP

38HP

40HP

42HP

44HP

46HP

48HP

50HP

52HP

54HP

Cooling capacity

（kBtu/h）

13

16

19

23

26

26

33

36

40

43

47

50

53

56

59

64

64

64

64

64

64

64

64

64

MAX. Number of Connectable indoor units

Outdoor unit combinationModelCapacity

THX950WDCXXHX

THX1000WDCXXHX

THX1070WDCXXHX

THX1120WDCXXHX

THX1170WDCXXHX

THX1235WDCXXHX

THX1285WDCXXHX

THX1335WDCXXHX

THX1400WDCXXHX

THX1450WDCXXHX

THX1500WDCXXHX

THX224WDCXXHX

THX335WDCXXHX

THX400WDCXXHX

THX450WDCXXHX

THX500WDCXXHX

THX559WDCXXHX

THX624WDCXXHX

THX680WDCXXHX

THX735WDCXXHX

THX800WDCXXHX

THX850WDCXXHX

THX900WDCXXHX

THX280WDCXXHX

76.5

95.6

114.3

136.5

153.6

170.6

191.1

209.9

235.5

249.1

273.0

290.1

307.2

324.2

341.3

372.0

382.3

402.7

426.6

450.5

464.2

477.8

494.9

511.9

10HP8HP 16HP 18HP14HP12HP

23

24

Note:

1. Rated cooling capacity and rated heating capacity are tested in the following conditions:

Cooling conditions: indoor air inlet temperature: 27� DB 19� WB, Outdoor air inlet temperature: 35�

Heating conditions: indoor air inlet temperature: 20� DB, Outdoor air inlet temperature: 7� DB 6�

2.The above noise values are measured in the anechoic chamber without reflected echo, therefore the impact of the reflected echo must be included at the scene.

3.The final appearance of outdoor units is subject to the actual products.

Outdoor Unit Data

HP.

Outdoor Unit

Items

Air Flow Rate

Outer Dimension

Net Weight

Gross Weight

Compressor Quantity

Condenser Fan Quantity

Cabinet Color

Gas Line

Liquid Line

Max. number of connectable IDU

Max. Piping Length

Height

Noise

Operation

Range

KW

kBtu/h

KW

W/W

W/W

KW

kBtu/h

KW

m³/h

mm

kg

kg

mm

mm

m

m

m

dB(A)

℃ DB

℃ WB

mm

Capacity

Capacity

Combination

1720×950×750 1720×1210×750

Ivory White

AC3Φ380 450V/50Hz~

Consumption Power

EER

COP

Consumption Power

Between ODU & IDU

Between IDUs

Cooling

Heating

~ ~ ~ ~ ~

Packing Dimension

8HP

THX224WCMXXHX THX280WCMXXHX THX335WCMXXHX THX400WCMXXHX THX450WCMXXHX THX500WCMXXHX

22.4

76.5

5.2

4.31 3.89

25.0

85.3

5.5

9300

224

237

1

1

Ф19.05

Ф9.53

13

165

90(70)

15

56

-5 50

-23 19~

1882×1018×828

10HP

28.0

95.6

7.2

31.5

107.5

7.4

10200

225

238

1

1

Ф22.2

Ф9.53

16

165

90(70)

15

57

-5 50

-23 19~

1882×1018×828

12HP

33.5

114.3

8.5

37.5

3.95 3.67 3.44 3,33

4.55 4.26 4.04 4.13 4.04 3.87

128.0

9.3

10500

227

240

1

1

Ф25.4

Ф12.7

19

165

90(70)

15

59

-5 50

-23 19~

1882×1018×828

14HP

40.0

136.5

10.9

45.0

153.6

10.9

11700

312

327

2

1

Ф25.4

Ф12.7

23

165

90(70)

15

59

-5 50

-23 19~

1882×1278×828

16HP

45.0

153.6

13.1

50.0

170.6

12.4

11700

315

330

2

1

Ф28.6

Ф12.7

26

165

90(70)

15

59

-5 50

-23 19~

1882×1278×828

18HP

50.2

170.6

15.1

56.0

191.1

14.5

11700

318

333

2

1

Ф28.6

Ф15.88

26

165

90(70)

15

60

~-5 50

-23 19~

1882×1278×828

Model

Power Supply

Cooling

Heating

25

Ivory White

1720×(1210+1210)×750

20HP

THX559WDCXXHX

THX224WDCXXHX

THX335WDCXXHX

THX224WDCXXHX

THX400WDCXXHX

THX280WDCXXHX

THX400WDCXXHX

THX335WDCXXHX

THX400WDCXXHX

THX400WDCXXHX

THX400WDCXXHX

THX400WDCXXHX

THX450WDCXXHX

56.0

191.1

13.9

63.0

215.0

14.9

19800

1720×(950+950)×750

224+227

237+240

2

2

Ф28.6

Ф15.88

33

165

90(70)

15

61

--

~-5 50

-23 19~

22HP

THX624WDCXXHX

61.5

209.9

16.2

69.0

235.5

16.5

21000

224+312

237+327

3

2

Ф28.6

Ф15.88

36

165

90(70)

15

61

--

~-5 50

-23 19~

24HP

THX680WDCXXHX

69.0

235.5

18.2

77.5

264.5

18.4

21900

225+312

238+327

3

2

Ф28.6

Ф15.88

40

165

90(70)

15

61

--

1720×(950+1210)×750

~-5 50

-23 19~

26HP

THX735WDCXXHX

73.0

249.1

19.7

82.5

281.6

20.3

22200

227+312

240+327

3

2

Ф31.75

Ф19.05

43

165

90(70)

15

62

--

~-5 50

-23 19~

28HP

THX800WDCXXHX

80.0

273.0

21.9

90.0

307.2

22.0

23400

312+312

327+327

4

2

Ф31.75

Ф19.05

47

165

90(70)

15

62

--

~-5 50

-23 19~

30HP

THX850WDCXXHX

85.0

290.1

24.0

95.0

324.2

23.4

23400

312+315

327+330

4

2

Ф31.75

Ф19.05

50

165

90(70)

15

62

--

~-5 50

-23 19~

4.03 3.80 3.80 3.71 3.66 3.55

4.23 4.19 4.22 4.07 4.10 4.06

26

Note:

1. Rated cooling capacity and rated heating capacity are tested in the following conditions:

Cooling conditions: indoor air inlet temperature: 27� DB 19� WB, Outdoor air inlet temperature: 35�

Heating conditions: indoor air inlet temperature: 20� DB, Outdoor air inlet temperature: 7� DB 6�

2.The above noise values are measured in the anechoic chamber without reflected echo, therefore the impact of the reflected echo must be included at the scene.

3.The final appearance of outdoor units is subject to the actual products.

4." * " Means the main model of outdoor unit, For example, the main outdoor unit model of 8HP product is HVR-252W, the model is HVR-252W/SG1FZBp.

Outdoor unit comprehensive parameters

HP.

Outdoor Unit

Items

Air Flow Rate

Outer Dimension

Net Weight

Gross Weight

Compressor Quantity

Condenser Fan Quantity

Cabinet Color

Gas Line

Liquid Line

Max. number of connectable IDU

Max. Piping Length

Height

Noise

Operation

Range

KW

kBtu/h

KW

KW

kBtu/h

KW

m³/h

mm

kg

kg

mm

mm

m

m

m

dB(A)

℃ DB

℃ WB

1720×(950+950+1210)×7501720×(1210+1210)×750

Capacity

Cooling

Heating Capacity

Combination

AC3Φ380 450V/50Hz

Consumption Power

EER

COP

Consumption Power

Between ODU & IDU

Between IDUs

Cooling

Heating

Packing Dimension mm

Ivory White

32HP

THX900WDCXXHX

90.0

3.44 3.37 3.32 3.84 3.68 3.64

4.04 3.92 3.81 3.98 4.02 3.97

307.2

26.2

100.0

341.3

24.8

23400

315+315

330+330

4

2

Ф31.75

Ф19.05

53

165

90(70)

15

62

-23 19~

~-5 50

--

36HP

THX1000WDCXXHX

100.0

341.3

30.2

112.0

382.3

29.4

23400

318+318

333+333

4

2

Ф38.1

Ф19.05

59

165

90(70)

15

63

-23 19~

~-5 50

--

38HP

THX1070WDCXXHX

109.0

372.0

28.4

118.0

402.7

29.7

32700

227+227+312

240+240+327

4

3

Ф38.1

Ф19.05

64

165

90(70)

15

64

-23 19~

~-5 50

--

40HP

THX1120WDCXXHX

112.0

382.3

30.5

125.0

426.6

31.1

32700

227+227+315

240+240+330

4

3

Ф38.1

Ф19.05

64

165

90(70)

15

64

-23 19~

~-5 50

--

42HP

THX1170WDCXXHX

118.0

402.7

32.5

132.0

450.5

33.3

32700

227+227+318

240+240+333

4

3

Ф38.1

Ф19.05

64

165

90(70)

15

64

-23 19~

~-5 50

--

34HP

THX950WDCXXHX

95.0

324.2

28.2

106.0

361.8

27.1

23400

315+318

330+333

4

2

Ф31.75

Ф19.05

56

165

90(70)

15

63

-23 19~

~-5 50

--

Model

Power Supply~

THX450WDCXXHX

THX450WDCXXHX

THX450WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

THX335WDCXXHX

THX335WDCXXHX

THX400WDCXXHX

THX335WDCXXHX

THX335WDCXXHX

THX450WDCXXHX

THX335WDCXXHX

THX335WDCXXHX

THX500WDCXXHX

W/W

W/W

27

1720×(950+1210+1210)×750 1720×(1210+1210+1210)×750

Ivory White

44HP

THX1235WDCXXHX

125.0

3.60

4.00

3.58 3.51 3.40 3.35 3.32

3.98 3.87 3.85 3.83 3.75

426.6

34.8

140.0

477.8

35.0

33900

227+312+318

240+327+333

5

3

Ф38.1

Ф19.05

64

165

90(70)

15

64

-23 19~

~-5 50

--

46HP

THX1285WDCXXHX

132.0

450.5

36.9

145.0

494.9

36.5

33900

227+315+318

240+330+333

5

3

Ф38.1

Ф19.05

64

165

90(70)

15

64

-23 19~

~-5 50

--

48HP

THX1335WDCXXHX

136.0

464.2

38.8

150.0

511.9

38.8

33900

227+318+318

240+333+333

5

3

Ф38.1

Ф19.05

64

165

90(70)

15

65

-23 19~

~ -5 50

--

50HP

THX1400WDCXXHX

140.0

477.8

41.2

155.0

529.0

40.3

35100

312+318+318

327+333+333

6

3

Ф38.1

Ф19.05

64

165

90(70)

15

65

-23 19~

~ -5 50

--

52HP

THX1450WDCXXHX

145.0

494.9

43.3

160.0

546.1

41.8

35100

315+318+318

330+333+333

6

3

Ф38.1

Ф19.05

64

165

90(70)

15

65

-23 19~

~-5 50

--

54HP

THX1500WDCXXHX

150.0

511.9

45.3

165.0

563.1

44.1

35100

318+318+318

333+333+333

6

3

Ф38.1

Ф19.05

64

165

90(70)

15

65

-23 19~

~ -5 50

--

THX335WDCXXHX

THX400WDCXXHX

THX500WDCXXHX

THX335WDCXXHX

THX450WDCXXHX

THX500WDCXXHX

THX335WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

THX400WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

THX450WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

THX500WDCXXHX

28

Outdoor unit THX559～680 THX735～1000

Branch Pipe FHFQ-M22FX FHFQ-M32FX

Piping Connection Kit

Outdoor unit THX240～280 THX335～450

Branch Pipe FHFQ-102FX FHFQ-162FX

THX500～680

FHFQ-242FX

THX735～1500

FHFQ-302FX

Total Indoor Unit (kBtu/h) Q<57.3 57.3≤Q<86.0

Gas (Фmm) Ф15.88 Ф19.05

86.0≤Q<114.3

Ф22.2

114.3≤Q<153.6

Ф25.4

Liquid (Фmm) Ф9.53 Ф9.53 Ф9.53 Ф12.7

Branch Pipe FHFQ-102FX FHFQ-102FX FHFQ-102FX FHFQ-162FX

153.6≤Q<172.0

Ф28.6

Ф12.7

FHFQ-162FX

172.0≤Q<248.5

Ф28.6

Ф15.88

FHFQ-242FX

248.5≤Q<344.7

Ф31.75

Ф19.05

FHFQ-302FX

Q≥344.7

Ф38.1

Ф19.05

FHFQ-302FX

Outdoor Unit THX1070～1500

Branch Pipe 1

Branch Pipe 2

FHFQ-M32FX

FHFQ-M32FX

Double Module Combination Model

Three Module Combination Model

First Branch Pipe

First Branch Pipe～Last Branch Pipe

Branch Pipe 1 Branch Pipe 2

Outdoor Unit A

Branch Pipe To Indoor Units

Outdoor Unit A Outdoor Unit B

Branch Pipe To Indoor Units

Outdoor Unit B Outdoor Unit A

Outdoor Unit B Outdoor Unit C

To Indoor Units Branch Pipe 2 Branch Pipe 1

Outdoor Unit C Outdoor Unit B Outdoor Unit A

To Indoor Units

Last Branch Pipe～Indoor Unit

NOTES:

1. When liquid pipe length of indoor unit(07～18kBtu/h) is more than 15m, please change the liquid pipe dimension from Φ6.35 into Φ9.53.

Indoor Unit(kBtu/h)

Pipe Size (Φmm)

Gas Pipe Liquid Pipe Max. Liquid Pipe Length

12.7

15.88

15.88

19.05

22.2

6.35

9.53

6.35*1

9.53

9.53

15

40

15

40

4076

96

7～14

17～18

22～54

29

Indoor Units

Extensive indoor unit products

Fujitherma VRF Plus series has a variety of indoor units to choose from, together with interior decoration, it brings you individual home space to enjoy what you want.

Meet the needs of individual space experience

kBtu/h 7 9 12 14 17 18 22 24 27 30 38 48 54 76 96

0.8 1.0 1.3 1.5 1.8 2.0 2.3 2.5 3.0 3.3 4.0 5.0 6.0 8 10

Slim Ceiling Ducted

HP

ModelType

Ceiling Ducted

(Low Static Pressure)

Ceiling Ducted

(High Static Pressure)

Low-Height Ceiling Ducted

4-Way Cassette

Ceiling & Floor

Wall Mounted

Wall Mounted

Floor Concealed

Compact 4-Way Cassette

30

NOTES:

1.The nominal cooling capacity and heating capacity are based on following conditions:

Cooling Operation Conditions

Indoor Air Inlet Temperature: 27℃ DB(80°F DB), 19.0℃WB(66.2°F WB)

Outdoor Air Inlet Temperature: 35℃ DB(95°F DB)

Piping Length: 7.5 Meters Piping Lift: 0 Meter

Heating Operation Conditions

Indoor Air Inlet Temperature: 20℃ DB(68°F DB)

Outdoor Air Inlet Temperature: 7℃DB(45°F DB), 6℃WB(43°F WB)

The sound pressure level is based on following conditions: 1.5m beneath the unit. With discharge

duct (2.0m) and return duct(1.0m)

The above data was measured in an anechoic chamber so that reflected sound should be taken into

consideration in the field.

When bottom air inlet is adopted, sound pressure will increase according to factors such as installation

mode and the room structure.

*1: AC3Φ, 380 415V/50Hz, *2: AC3Φ, 380V/60Hz

2.

3.

Nominal Heating

Capacity

Nominal Cooling

Capacity

Model

Power Supply

Indoor Unit

Approximate Packing

Measurement

Indoor Fan Air Flow Rate

(High/Medium/Low)

Motor Power

Refrigerant Piping Connection

Liquid Line

R410A(Nitrogen-charged for Corrosion-resistance)

Flare-nut Connection(with Flare Nuts) Brazing

VP25(Outer Diameter Φ32 )

Ceiling Ducted Type (Low Static Pressure)

Gas Line

Condensate Drain

External Static Pressure

Sound Pressure Level

(High/Medium/Low)

270×（650+75）×720 270×（900+75）×720 350×(900+75)×800350×(1300+75)

×800

Net Weight

Refrigerant

Outer Dimensions

(H x W x D)

DTHX

22HHX

DTHX

28HHX

DTHX

36HHX

DTHX

43HHX

DTHX

50HHX

DTHX

56HHX

DTHX

63HHX

DTHX

71HHX

DTHX

84HHX

DTHX

90HHX

DTHX

112HHX

DTHX

142HHX

DTHX

160HHX

DTHX

250HHX

470×1060

×1120

DTHX

280HHX

470×1250

×1120

AC1Φ 220 240V

/50Hz~

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

mm

kg

m3/h

W

mm

mm

Pa

m3

2.2

1,900

7,500

2.8

2,400

9,600

30-26-24

25

/360480/420

110

Φ6.35

Φ12.7

30

0.21

2.8 3.6 4.3 5.0 5.6 6.3 7.1 8.4 9.0 11.2 14.2 16.0 22.4 28.0

2,400

9,600

3.3

2,800

11,300

30-26-24

25

/360480/420

110

Φ6.35

Φ12.7

30

0.21

3,100

12,300

4.2

3,600

14,300

25

150

32-30-28

/540

780/660

Φ6.35

Φ12.7

30

0.21

/540

780/660

Φ6.35

Φ12.7

30

0.21

150

25

3,700

14,700

4.9

4,200

16,700

32-30-28

4,300

17,100

5.6

4,800

19,100

34

/660900/780

150

Φ6.35

Φ15.88

30

0.27

4,800

19,100

6.5

5,600

22,200

5,400

21,500

7.5

6,500

25,600

6,100

24,200

8.5

7,300

29,000

7,200

28,700

9.6

8,300

32,800

7,700

30,700

10.0

8,600

34,100

9,600

38,200

12,200

44,400

11,200

13.0

61,400

15,500

18.0

54,600

55,600

14,000

16.3

48,500

13,800

107,500

27,100

31.5

95,600

24,100

85,300

21,500

25.0

76,500

19,300

41-38-3339-35-3138-34-3038-34-3034-32-3034-32-3033-31-2933-31-29 525043-39-34

106945656444444343434

/15002200/1900

/15002150/1800

/1150

1550/1350

/720

960/840

/720

960/840

/660900/780

1120950430430300190150150

Φ9.53Φ9.53Φ9.53Φ9.53Φ6.35

Φ15.88Φ15.88Φ15.88 Φ22.2Φ19.05

1006060606060303030 100

1.060.900.520.520.380.380.380.270.270.27

Φ9.53Φ9.53Φ9.53Φ9.53Φ9.53

Φ15.88Φ15.88Φ15.88Φ15.88Φ15.88

/1150

1550/1350

/1150

1550/1350

300 300

3480 4320

Ceiling Ducted Type(Low Static Pressure)

less than 270mm in height can be easily fit into the limited space in the false ceiling(7.5-24.2KBtu/h).

NOTE:

When bottom air inlet is adopted, sound pressure will increase according to factors

such as installation mode and the room structure.

By introducing fresh outdoor air and being equipped with air filter to keep indoor air clean.

Cooling/heating air distributed from the unit to indoor space through ducts, which creates a comfortable environment.

Drain-up mechanism can be supplied as optional part.

Installation Space-saving Fresh indoor Air

Excellent Air Flow

Optional PartsFlexibly supports a wide range of installation

Minimum 5mm

270mm

7.5-24.2Btu/h False Ceiling

Indoor Unit

Duct

Canvas Duct(Field-supplied) Air Filter,Air Grid

(Field-supplied)

Maximum 900mm

Condensate Drain-up

Air Inlet

~

31

NOTES:









The sound pressure level is based on following conditions: 1.5m beneath the unit. With discharge

duct (2.0m) and return duct(1.0m)





*1: AC3Φ, 380 415V/50Hz, *2: AC3Φ, 380V/60Hz

2.

3.

Nominal Heating

Capacity

Nominal Cooling

Capacity

Model

Power

Supply


Flare-nut Connection(with Flare Nuts) Brazing


Indoor Unit

Approximate Packing

Measurement


(High/Medium/Low)

Motor Power


Liquid Line

Ceiling Ducted Type (High Static Pressure)

Gas Line

Condensate Drain



(High/Medium/Low)

270×(650+75) ×720 270×(900+75)×720 350×(900+75)×800 350×(1300+75)×800470×1060

×1120

470×1250

×1120

Net Weight

Refrigerant

Outer Dimensions

(H x W x D)

DHTHX

22HHX

DHTHX

28HHX

DHTHX

36HHX

DHTHX

43HHX

DHTHX

50HHX

DHTHX

56HHX

DHTHX

63HHX

DHTHX

71HHX

DHTHX

84HHX

DHTHX

90HHX

DHTHX

112HHX

DHTHX

142HHX

DHTHX

160HHX

DHTHX

250HHX

DHTHX

280HHX

480/420/360

480/420/360

780/660/540

900/780/660

960/840/720

1600/1400/1150

2100/1750/1450

2150/1800/1550

46503480780/660/540

900/780/660

960/840/720

1600/1400/1150

1600/1400/1150

AC1Φ 220 240V/50Hz

~

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

mm

kg

m3/h

W

mm

mm

Pa

m3

2.2

Φ12.7

Φ6.35

110

25

33-31-29

9,600

2,400

2.8

7,500

1,900

50(80)

0.21

Φ12.7

Φ6.35

110

25

33-31-29

11,300

2,800

3.3

9,600

2,400

2.8

0.21

50(80)

0.21

50(80)

Φ12.7

Φ6.35

150

25

33-31-29

14,300

3,600

4.2

12,300

3,100

3.6

50(80)

Φ12.7

Φ6.35

150

25

33-31-29

16,700

4,200

4.9

14,700

3,700

4.3

0.21

Φ6.35

150

34

34-32-30

19,100

4,800

5.6

17,100

4,300

5.0

0.27

50(80)

Φ15.88

0.27

50(80)

Φ15.88

Φ6.35

150

34

34-32-30

22,200

5,600

6.5

19,100

4,800

5.6

36-34-32

25,600

6,500

7.5

21,500

5,400

0.27

50(80)

Φ15.88

Φ9.53

150

34

6.3

36-34-32

29,000

7,300

8.5

24,200

6,100

7.1

Φ15.88

Φ9.53

190

34

0.27

50(80)

32,800

8,300

9.6

28,700

7,200

8.4

0.38

120(90)

Φ15.88

Φ9.53

300

44

41-39-34

44

41-39-34

34,100

8,600

10.0

30,700

7,700

9.0

0.38

120(90)

Φ15.88

Φ9.53

300 300

44

43-40-36

44,400

11,200

13.0

38,200

9,600

11.2

0.38

120(90)

Φ15.88

Φ9.53 Φ9.53

430

56

44-41-36

55,600

14,000

16.3

48,500

12,200

14.2

0.52

120(90)

Φ15.88

43-40-37

61,400

15,500

18.0

54,600

13,800

16.0

0.52

120(90)

Φ15.88

Φ9.53

430

56

1030

94

52

85,300

21,500

25.0

76,500

19,300

22.4

Φ19.05

Φ9.53

220

0.90

106

54

107,500

27,100

31.5

95,600

24,100

28.0

1.06

220

Φ22.2

Φ9.53

1280

Ceiling Ducted Type(High Static Pressure)

less than 270mm in height can be easily fit into the limited space in the false ceiling(7.5-24.2KBtu/h).

NOTE:

When bottom air inlet is adopted, sound pressure will increase according to factors

such as installation method and the room structure.

By introducing fresh outdoor air and being equipped with air filter to keep indoor air clean.

Cooling/heating air distributed from the unit to indoor space through ducts, which creates a comfortable environment.

Drain-up mechanism can be supplied as optional part.

Installation Space-saving Fresh indoor Air

Excellent Air Flow

Optional PartsFlexibly supports a wide range of installation

conditions at site

Minimum 5mm

270mm

7.5-24.2Btu/h False Ceiling

Indoor Unit

Duct


(Field-supplied)

Maximum 900mm

Condensate Drain-up

Air Inlet

~

32

Indoor Unit


Flare-nut Connection(with Flare Nuts)


Low-height Ceiling Ducted Type

Nominal Heating

Capacity

Nominal Cooling

Capacity

Model

Power Supply

Approximate Packing

Measurement


(High/Medium/Low)

Motor Power


Liquid Line

Gas Line

Condensate Drain



(High/Medium/Low)

Net Weight

Refrigerant

Outer Dimensions

(H x W x D)

DHTHXSL

22HHX

DHTHXSL

28HHX

DHTHXSL

36HHX

DHTHXSL

43HHX

DHTHXSL

50HHX

DHTHXSL

56HHX

DHTHXSL

63HHX

DHTHXSL

71HHX

AC1Φ 220 240V/50Hz

~

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

kg

mm

m3/h

W

mm

mm

Pa

m3

27-24-21

11,300

2,800

3.3

9,600

2,400

2.8

0.15

10(30)

Φ12.7

Φ6.35

50

500/440/350

20

192×900×447

27-24-21

9,600

2,400

2.8

7,500

1,900

2.2

10(30)

Φ12.7

Φ6.35

70

640/590/520

21

192×900×447

32-30-27

14,300

3,600

4.2

12,300

3,100

3.6

0.15

10(30)

Φ12.7

Φ6.35

50

500/440/350

20

192×900×447

0.15

5,600

6.5

19,100

4,800

5.6

0.18

10(30)

Φ15.88

Φ6.35

100

870/750/630

26

192×1170×447

34-30-28

19,100

4,800

5.6

17,100

4,300

5.0

0.15

10(30)

Φ12.7

Φ6.35

70

640/590/520

21

192×900×447

32-30-27

16,700

4,200

4.9

14,700

3,700

4.3

Φ15.88

Φ9.53

110

950/820/170

26

192×1170×447

36-32-29

25,600

6,500

7.5

21,500

5,400

6.3

0.18

10(30)

Φ15.88

Φ6.35

100

870/750/630

26

192×1170×447

34-30-28

22,200

0.18

10(30)

Φ15.88

Φ9.53

110

950/820/170

26

192×1170×447

36 -32-29

29,000

7,300

8.5

24,200

6,100

7.1

0.18

10(30)

Installation Space-saving

Drain-up Mechanism as Standard part

Broad Range of External Static Pressure

Satisfy Varied Requests on Installation

Minimum 5mm

False Ceiling

Elastic Hose

Drain-up Length 900mm

192mm

Low-height

Ceiling Ducted Type

With a height of 192mm may be easily installed inside the low height residential ceiling.

Drain-up length achieves 900mm which enables convenient drain piping and enlarges the flexibility of installation.

10Pa(0r30pa), flexibly supports a wide range of installation conditions at site, e.g. longer ducts and shorter ducts supplied.

Available air inlet as rear or bottom entry, consumers can choose relevant air inlet mode according to the practical installation space.

(Installation Diagram of Air Bottom Inlet)

Indoor Unit

Duct


(Field-supplied)Air Inlet

NOTES:









The sound pressure level is based on following conditions: 1.5m beneath the unit. With discharge duct

(2.0m) and return duct(1.0m)





2.

33

Nominal Heating

Capacity

Nominal Cooling

Capacity

AC1Φ 220 240V/50Hz

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

mm

kg

m3/h

W

mm

mm

Pa

m3

Model

Power Supply




Indoor Unit

Approximate Packing

Measurement


(High/Medium/Low)

Motor Power


Liquid Line

Slim Ceiling Ducted Type

Gas Line

Condensate Drain



(High/Medium/Low)

Net Weight

Refrigerant

2.2

1,900

7,500

2.8

2,400

9,600

27-23-21

192×700×602

21

450/380/335

50

Φ6.35

Φ12.7

10(30)

0.15

2.8

2,400

9,600

3.3

2,800

11,300

27-23-21

192×700×602

21

450/380/335

50

Φ6.35

Φ12.7

10(30)

0.15

3.6

3,100

12,300

4.2

3,600

14,300

31-29-27

192×700×602

21

590/510/470

60

Φ6.35

Φ12.7

10(30)

0.15

4.3

3,700

14,700

4.9

4,200

16,700

31-29-27

192×700×602

21

590/510/470

60

Φ6.35

Φ12.7

10(30)

0.15

Outer Dimensions

(H x W x D)

DHTHXSSL22HHX DHTHXSSL28HHX DHTHXSSL36HHX DHTHXSSL43HHX~

Installation Space-saving

Drain-up Mechanism as Standard part

Broad Range of External Static Pressure

Satisfy Varied Requests on Installation

Minimum 5mm

False Ceiling

700mm

Elastic Hose

Drain-up Length 900mm

(Installation Diagram of Air Bottom Inlet)

Indoor Unit

Duct


(Field-supplied)Air Inlet

Slim Ceiling Ducted Type

With a width of 700mm may be easily installed inside narrow residential ceiling.

Drain-up length achieves 900mm which enables convenient drain piping and enlarges the flexibility of installation.

10Pa(0r30pa), flexibly supports a wide range of installation conditions at site, e.g. longer ducts and shorter ducts supplied.

Available air inlet as rear or bottom entry, consumers can choose relevant

air inlet mode according to the practical installation space.

NOTES:









The sound pressure level is based on following conditions: 1.5m beneath the unit. .





2.

Nominal Heating

Capacity

Nominal Cooling

Capacity

AC1Φ 220 240V/50Hz

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

mm

kg

m3/h

W

mm

mm

Pa

m3

Model

Power Supply

R410A(Nitrogen-charged foff r Corrosion-resistance)



Approximate Packing

Measurement


(High/Medium/Low)

Motor Power


Liquid Line

Gas Line

Condensate Drain



(High/Medium/Low)

Net Weight

Refrigerant

2.2

1,900

7,500

2.8

2,400

9,600

27-23-21

192×700×602

21

450/380/335

50

Φ6.35

Φ12.7

10(30)

0.15

2.8

2,400

9,600

3.3

2,800

11,300

27-23-21

192×700×602

21

450/380/335

50

Φ6.35

Φ12.7

10(30)

0.15

3.6

3,100

12,300

4.2

3,600

14,300

31-29-27

192×700×602

21

590/510/470

60

Φ6.35

Φ12.7

10(30)

0.15

4.3

3,700

14,700

4.9

4,200

16,700

31-29-27

192×700×602

21

590/510/470

60

Φ6.35

Φ12.7

10(30)

0.15

Outer Dimensions

(H x W x D)

DHTHXSSL22HHX DHTHXSSL28HHX DHTHXSSL36HHX DHTHXSSL43HHX~

34

Nominal Heating

Capacity

Nominal Cooling

Capacity

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

mm

kg

m3/h

W

mm

mm

m3

mm

kg

m3

Model

Power Supply

Indoor Unit

Approximate PackingMeasurement

Approximate PackingMeasurement

Standard Accessories

Panel Model

Indoor Fan Air Flow Rate(High/Medium/Low)

Motor Power


Liquid Line

4-Way Cassette Type

Gas Line

Condensate Drain

Sound Pressure Level(High/Medium/Low)

248 x 840 x 840 298 x 840 x 840

Net Weight

Refrigerant

3.6

3,100

12,300

4.2

3,600

14,300

31-29-27

22

50

Φ6.35

Φ12.7

0.22

6

0.08

4.3

3,700

14,700

4.9

4,200

16,700

31-29-27

22

50

Φ6.35

Φ12.7

0.22

6

0.08

5.0

4,300

17,100

5.6

4,800

19,100

32-30-27

23

50

Φ6.35

Φ15.88

0.22

6

0.08

5.6

4,800

19,100

6.5

5,600

22,200

32-30-27

23

50

Φ6.35

Φ15.88

0.22

6

0.08

6.3

5,400

21,500

7.5

6,500

25,600

33-31-29

23

60

Φ9.53

Φ15.88

0.22

6

0.08

7.1

6,100

24,200

8.5

7,300

29,000

33-31-29

23

60

Φ9.53

Φ15.88

0.22

6

0.08

8.4

7,200

28,700

9.6

8,300

32,800

36-34-32

24

90

Φ9.53

Φ15.88

0.26

6

0.08

9.0

7,700

30,700

10.0

8,600

34,100

36-34-32

24

90

Φ9.53

Φ15.88

0..26

6

0.08

11.2

9,600

38,200

13.0

11,200

44,400

41-38-35

27

120

Φ9.53

Φ15.88

0.26

6

0.08

14.2

12,200

48,500

16.3

14,000

55,600

44-39-36

27

150

Φ9.53

Φ15.88

0.26

6

0.08

16.0

13,800

54,600

18.0

15,500

61,400

44-42-38

27

160

Φ9.53

Φ15.88

0.26

6

0.08

Outer Dimensions(H x W x D)

2.8

2,400

9,600

3.3

2,800

11,300

30-29-27

22

40

Φ6.35

Φ12.7

0.22

6

0.08

Cabinet Color

Net Weight

Outer Dimensions(H x W x D)




HPE-A-NA

Neutral White

Suspension Brackets

37 x950 x 950

780/720/660

900/810

/720960/840

/720

1140/1020

/840

1200/1020

/900

1560/1380

/1200

1920/1680

/1440

2040/1740

/1500

2220/1920

/1620

900/810

/720

1560/1380

/1200

AC1Φ 220 240V/50Hz

~

CTHX

28HHX

CTHX

56HHX

CTHX

50HHX

CTHX

43HHX

CTHX

36HHX

CTHX

142HHX

CTHX

112HHX

CTHX

90HHX

CTHX

84HHX

CTHX

71HHX

CTHX

63HHX

CTHX

160HHX

960/840

/720

NOTES:









The sound pressure level is based on following conditions: 1.5m beneath the unit.



2.

Extremely Quit Operation

Unified Panel Sizes

Compact and Thin

Drain-up Mechanism as Standard Part

With broad range of air supply, is suitable to be

used in high ceiling and great space

Input power reduced by applying of new developed

DC fan motor

Body height easily adjustable in the corner pockets

4-Way Cassette Type

By employing a super-high-stream turbo fan (Three-dimensional

has been improved. With the under damping slit mounted near the center of the revolving shaft, the abnormal noise which is unique to DC motors caused by the number of magnetic poles and revolution speed of the motor,is reduced.

Panel sizes are unifide to a 950mm square, neat and elegance, and well harmonized with decoration.

The height of the unit is just 248mm (Less than 24.2Btu/h), so it can be installed in a small space inside a ceiling.

Employed several new technologies such as a ferritic magneticsurface-mounted rotor, centralized winding system and split core

and lighter.

A pocket is provided for each of the four panel corners, so that the body height can be adjusted easily without removing the panel.

35

Convenience for washing filter

“FILTER” will be shown on the display of the remote control switch after

approximately 1200 hours operation. And the filter can be taken out

conveniently.

Drain-up Mechanism as Standard Part

Compact

4-Way Cassette Type

Maximum

Height 740mm

Condensate Drain-up

Broad range of air supply

The recommended installation height is 2.5 meter, and it’s can also

be adapted for high ceiling installation, by using the fan moter speed-up

setting. To shift to SHi setting , connect cable terminal of SHi to the power

line of the fan moter.

Compact Design

Panel sizes are unifide to a 650mm square, neat and elegance,

and fit small ceiling panel, making installation easier in grid ceilings.

NOTES:









The sound pressure level is based on following conditions: 1.5m beneath the unit.



2.

Indoor Unit




Nominal Heating Capacity

Nominal Cooling Capacity

Model

Power Supply

Approximate Packing

Measurement


(High/Medium/Low)

Motor Power


Liquid Line

Gas Line

Condensate Drain


(High/Medium/Low)

Net Weight

Refrigerant

Outer Dimensions

(H x W x D)

CSTHX22HHXAC1Φ 220 240V/50Hz

~

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

kg

mm

m3/h

W

mm

mm

m3

39-34-30

11,300

2,800

3.3

9,600

2,400

2.8

Φ12.7

Φ6.35

63

20

270×570×570

39-34-30

9,600

2,400

2.8

7,500

1,900

2.2

Φ12.7

Φ6.35

63

20

39-34-30

14,300

3,600

4.2

12,300

3,100

3.6

Φ12.7

Φ6.35

63

20

0.18

Φ15.88

Φ6.35

89

20

44-41-37

19,100

4,800

5.6

17,100

4,300

5.0

Φ12.7

Φ6.35

71

20

41-38-33

16,700

4,200

4.9

14,700

3,700

4.3

CSTHX28HHX CSTHX36HHX CSTHX43HHX CSTHX50HHX

Compact 4-Way Cassette Type


Panel Model

Cabinet Color

Outer Dimensions

(H x W x D)

Net Weight

Approximate Packing

mm

kg

m3

30×650×650

2.4

0.07

Suspension Drackets

HPE-CR-NA

Neutral White

0.18 0.18 0.18 0.18

30×650×650 30×650×650 30×650×650 30×650×650

2.4 2.4 2.4 2.4

0.070.070.070.07

270×570×570 270×570×570 270×570×570 270×570×570

570/480/384 570/480/384 570/480/384 654/564/456 792/690/588

＊The wireless remote controller HYE-Q01 is standard for Compact 4-Way Cassette Type

36

The Ceiling & Floor type creates comfortable and healthy environment

by introducing fresh outdoor air.

＊The wireless remote controller HYE-Q01 is standard for Ceiling & Floor Type

Fresh air in-take design

The unit can be installed either horizontally on the ceiling or vertically

against the wall.The ceiling installation method saves room space, and

the floor installation method helps prevent losing warm air. Vertical air

flow and horizontal airflow can be adjusted; Fulfill the optimum airflow

organization, more comfortable.

Convenient installation & Comfortable air circulation

New Fashion Design Appearance and High Quality

The fashionable design and streamline appearance make it a perfect

choice for users.The integrative side panel makes the whole unit more

concordant.Huge air outlet with an integrative large louver realizes high

air volume and low noise.

3D airflow, comfortable air circulation

Vertical air flow and horizontal airflow can be adjusted; Fulfill the

optimum air organization, more comfortable.

NOTES:

1.The nominal cooling capacity and heating capacity are based on following condations:

Cooling Operation Condations

Indoor Air Inlet Temperature: 27℃ DB（80°F DB）19℃ WB（66.2°F DB）Outdoor Air Inlet Temperature: 35℃ DB（95°F DB）Piping Length: 5.0Meter Piping Lift: 0Meter

Heating Operation Condations

Indoor Air Inlet Temperature: 20℃ DB（68°F DB）Outdoor Air Inlet Temperature:7℃ DB（45°F DB）6℃ DB（43°F DB）

2.The sound pressure level is based on following condations:

1.0m beneath the unit,1.0m from Discharge Grille.

The above data was measured in an anechoic chamber so

that reflected sound should be taken into consideration in the

field. When bottom air inlet is adopted,sound pressure will

increase according to factors such as installation mode and

the room structure.

Ceiling & Floor Type

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

W

m³/min

dB(A)

mm

kg

kg

FTHXEV50HHX

5.0

4,300

17,100

5.6

4,800

19,100

40

13/11/9

39/35/30

990×680×230

31

38

1110×830×340

14.2

16

FTHXEV56HHX

5.6

4,800

19,100

6.5

5,600

22,200

40

13/11/9

39/35/30

990×680×230

31

38

1110×830×340

14.2

16

FTHXEV63HHX

6.3

5,400

21,500

7.5

6,500

25,600

70

16.1/14//11.3

45/41/37

990×680×230

32

39

1110×830×340

17.8

20

FTHXEV71HHX

7.1

6,100

24,200

8.5

7,300

29,000

70

16.1/14//11.3

45/41/37

990×680×230

32

39

1110×830×340

17.8

20

FTHXEV84HHX

8.4

7,200

28,700

9.6

8,300

32,800

70

18.2/15.2/12.2

43/39/34

1285×680×230

39

46

1400×830×340

19.8

22.3

FTHXEV90HHX

9.0

7,700

30,700

10.0

8,600

34,100

80

19.4/16.3/13.3

45/40/36

1285×680×230

40

47

1400×830×340

21.2

23.5

FTHXEV112HHX

11.2

9,600

38,200

13.0

11,200

44,400

130

24.8/20.5/16.3

51/46/40

1285×680×230

41

48

1400×830×340

27

29.2

FTHXEV142HHX

14.2

12,200

48,500

16.3

14,000

55,600

160

33/28/23

50/46/42

1580×680×230

47

56

1690×830×340

36

37.4

VP25(Outer Diameter Φ32)


R410A

220-240V/50HZ

Ceiling & Floor type

(1/4)

(5/8)

Φ15.88

Φ6.35

(in.)

(in.)

mm

mm

mm³/min

mm³/min

mm

(1/4)

(5/8)

Φ15.88

Φ6.35

(3/8)

(5/8)

Φ15.88

Φ9.53

(3/8)

(5/8)

Φ15.88

Φ9.53

(3/8)

(5/8)

Φ15.88

Φ9.53

(3/8)

(5/8)

Φ15.88

Φ9.53

(3/8)

(5/8)

Φ15.88

Φ9.53

(3/8)

(5/8)

Φ15.88

Φ9.53

(H×W×D)

(H×W×D)

Speed-up Setting HH1

Speed-up Setting HH2

Indoor Unit

Model

Power Source

Norminal Cooling Capacity

Normal Heating Capacity

Motor Power input

Air Flow Rate Hi/Me/Lo

Sound Pressure

Outer Dimensions

Net Weight

Gross Weight

Refrigerant


Liquid Line

Gas Line

Condensate Drain

Outer Dimensions of Package

37

＊The wireless remote controller HYE-Q01 is standard for Wall Mounted Type

Elegant design, harmonizing with

any type of interior design

Anti-mold filter

Compact and light weight,

allowing easy installation

Use the new “Wonder Flap”

Cabinet Color

Refrigerant

Motor Power


Condensate Drain

Approximate Packing

Measurement


Liquid Line

Gas Line

Net Weight

Outer Dimensions

(H x W x D)


(Cooling/Heating)

Nominal Heating

Capacity

Nominal Cooling

Capacity

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

mm

kg

m3/h

W

mm

mm

m3

Model

Power Supply

Indoor Unit Wall Mounted Type


(High/Medium/Low)

Silky White

305 x 870 x 225

2.8

2,400

9,600

3.2

2,800

10,900

38-36-33

9

650/600/550

30

Φ6.35

Φ12.7

VP16

0.11

4.0

3,400

13,700

4.8

4,100

16,400

41-37-34

16

720/630/570

40

Φ6.35

Φ12.7

VP16

0.11

5.6

4,800

19,100

6.3

5,400

21,500

43-41-38

22

770/700/620

50

Φ6.35

Φ15.88

VP16

0.11

6.3

5,400

21,500

7.5

6,500

25,600

44-43-42

24

820/770/710

50

Φ6.35

Φ15.88

VP16

0.11



Wall Mounting Bracket

WTHXEV28HHX WTHXEV45HHX WTHXEV56HHX WTHXEV63HHXAC1Φ 220 240V/50Hz~

Wall Mounted Type

The quality of “elegance” is additionally provided to meetcontemporary needs. Features a simple, smooth form thatharmonizes with any interior style.

Anti-mold filter is equipped as standard accessory.

Designed with ease of installation in mind, this new modeladopts a slim design and uses a high proportion of lightweightresin parts. Unit weight has been vastly reduced.

Uses the “Wonder Flap” in its air outlet. The flap, provided with threeflow guides each at its right and left sides, helps disperse the air flow.

throughout the room.

NOTES:









The sound pressure level is based on following conditions:

1.0m beneath the unit and 1.0m from inlet grille.

Voltage of the power source for the indoor fan motor is 220V.

In case of the power sourse of 240V, the sound pressure level increases by about 1 2dB.



2.

~

38

Compact design for limited space inside of perimeter wall

So compact that it fits into even a tiny space

Cabinet Color

Refrigerant

Motor Power


Condensate Drain

Approximate Packing

Measurement

Liquid Line

Gas Line

Net Weight

Outer Dimensions

(H x W x D)


(Cooling/Heating)

Nominal Heating

Capacity

Nominal Cooling

Capacity

kW

kcal/h

Btu/h

kW

kcal/h

Btu/h

dB(A)

mm

kg

m3/h

W

mm

mm

m3

Model

Power Supply

Indoor Unit Floor Concealed Type


(High/Medium/Low)

620 x 900 x 202 620 x 1170 x 202

2.8

2,400

9,600

3.3

2,800

11,300

34-31-27

18

510/450/380

50

Φ6.35

Φ12.7

VP25

0.19

4.3

3,700

14,700

4.9

4,200

16,700

40-36-34

22

620/540/480

80

Φ6.35

Φ12.7

VP25

0.19

5.6

4,800

19,100

6.5

5,600

22,200

41-36-32

26

890/740/630

90

Φ6.35

Φ15.88

VP25

0.23

7.1

6,100

24,200

8.5

7,300

29,000

44-40-36

27

980/830/710

120

Φ9.53

Φ15.88

VP25

0.23



Silky White

FTHXEV28COHX FTHXEV43COHX FTHXEV56COHX FTHXEV71COHX

Floor Concealed Type

Special emphasis placed on interior design compatibility as well as space saving design,allowing it to fit perfectly into the space below a bay window. So compact that it fits into even a tiny space.

NOTES:









The sound pressure level is based on following conditions:

1.5m meters from the unit and 1.5m meters from floor level.



2.

AC1Ф 220 240V

/50Hz~

39

Create comfortable and healthy indoor environment Flexible line-up to Fujitherma VRF Plus series

Higher external static pressure

Advanced control

(Only For M/R/G Series)

Nominal Capacity

Cooling Capacity

Heating Capacity

Power Input

Combined Outdoor Unit Model

kW

Btu/h

kW

Btu/h

kW

A

mm

mm

mm

dB

kg

m3/h

Pa

mm

mm

Model

Power Supply

Refrigerant


Drain Piping Size

Refrigerant Liquid

Line Size

Refrigerant Gas Line Size

Temperature Range of

Fresh Air Drawn


Sound Pressurd Level

Net Weight

Outer Dimensions

H

W

D

R410A

VP25，Outer Diameter: Φ32mm

Cooling: 20℃ 43℃，Heating: -7℃ 15℃

Fujitherma VRF Plus

14.0

47,800

13.7

46,800

370

1,320

800

43

60

1080

200

Φ9.53

DHTHXFA140HHX DHTHXFA224HHX DHTHXFA224HHX DHTHXFA280HHX DHTHXFA280HHXDHTHXFA90HHX

AC1Φ，220 240V/50Hz

0.33

1.45

22.4

76,500

21.9

74,700

486

1,270

1,069

45

97

1680

220

Φ9.53

Φ19.05

AC1Φ，220 240V/50Hz

0.49

2.25

28.0

95,600

24.5

83,600

486

1,270

1,069

46

97

2100

220

Φ9.53

Φ22.2

AC1Φ，220 240V/50Hz

0.51

2.35

AC1Φ，220 240V/50Hz

9.0

30,700

8.6

29,400

0.15

0.65

370

920

800

32

46

660

60(120)

Φ9.53

Φ15.88

0.61

2.79

0.71

3.25

AC1Φ，220V/60Hz

AC1Φ，220/60Hz

All Fresh Air Indoor Unit

Create a comfortable and healthy indoor environment by introducing fresh outdoor air. By heating or cooling fresh outdoor air to almost the same temperature as room temperature, fresh ambient air can be adapted and then introduced into indoor room. Besides, after filtered, fresh outdoor air in transition seasons can be drawn to indoor room directly with no need of heating or cooling operation, While fresh outdoor air is introduced, other indoor units don’t bear fresh air load.

All fresh air indoor unit is applicable to Fujitherma VRF Plusseries outdoor units. Both Fujitherma VRF Plus， series indoor units and all fresh air indoor units can be used in Fujitherma VRFPlus series system.

Can be interfaced to Hi-Dom system. Easy electrical wiring design and installation.Better installation flexibility at site, longer duct can be connected.

NOTES:

1.The nominal cooling capacity and heating capacity are based on following conditions

Cooling operation conditions: 33℃ DB, 28℃ WB, piping length: 7.5m, piping lift: 0m

Heating operation conditions: 0℃ DB, -9℃ WB, piping length: 7.5m, piping lift: 0m

(Heating capacity is tested when defrosting is not available )

2.The sound pressure level is based on following conditions: 1.5 Meter beneath the unit.

The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the filed.

4.When the resistance of the filed-supplied duct is small, it may cause abnormal stop, malfunction, spraying water, etc.Due to excessive air flow. And the duct, which is to be connected to this unit, shall

be insulation for dew protection.

5.All fresh air indoor unit is for processing fresh air load and not for stabilizing the room temperature. For adjusting the air conditioning load of the room, the additional air conditioner is required.

6.This unit shall be connected to Fujitherma VRF Plus series outdoor units. In case of connecting this unit with other indoor units in the same refrigerant cycle,calculate t he capacity of this unit

as 46.1KBtu/h(30.7KBtu/h),71.7KBtu/h(47.8KBtu/h), 114.6KBtu/h(76.5KBtu/h), 143.3KBtu/h(95.6KBtu/h).

7.When VRF Plus outdoor unit connected to only with all fresh air indoor unit, the configuration rate is 100% (Recommended ).

8.Under cooling mode,when outdoor temperature is lower than 20℃,the system will automatically shift to ventilation operation; Under heating mode, when outdoor temperature is higher

than 15℃，the system will automatically shift to ventilation operation; In case inlet temperature is below -7℃，all fresh air unit will stop.

~ ~ ~

~ ~

40

Nominal Capacity

Cooling Capacity

Heating Capacity

Power Input

Combined Outdoor Unit Model

kW

Btu/h

kW

Btu/h

kW

A

mm

mm

mm

dB

kg

m3/h

Pa

mm

mm

mm

mm

33.5

114,300

26.8

91,500

486

1,270

1,069

56

97

3000

220

1,100×415

1,106×338

VP25，Outer Diameter: Φ32mm

Φ12.7

Φ25.4

45.0

153,600

36.0

122,900

635

1,950

805

61

196

4000

300

1,522×522

850×272

Φ12.7

Φ25.4

56.0

191,100

44.8

152,900

735

1,950

805

64

222

5000

320

1,522×622

850×272

Φ15.88

Φ28.6

56.0

191,100

44.8

152,900

735

1,950

805

66

222

6000

300

1,522×622

850×272

Φ15.88

Φ28.6

Model

Power Supply

Refrigerant


Drain Piping Size

Refrigerant Liquid

Line Size

Refrigerant Gas Line Size

Temperature Range of

Fresh Air Drawn


Air Inlet Size

Air Outlet Size

Sound Pressurd Level

Net Weight

Outer Dimensions

AC3Φ，380 415V/50Hz

R410A

RC1(Internal Screw)

Cooling: 20℃ 43℃，Heating: -7℃ 15℃

Fujitherma VRF Plus Series

AC3Φ，380 415V/50Hz

AC3Φ，380 415V/50Hz

AC3Φ，380 415V/50Hz

0.74

1.47

1.12

1.92

1.33

2.45

1.62

2.96

H

W

D

~ ~ ~ ~

~ ~

General Data for All Fresh Air Indoor Unit

NOTES:

1.The nominal cooling capacity and heating capacity are based on following conditions

Cooling operation conditions: 33℃ DB, 28℃ WB, piping length: 7.5m, piping lift: 0m

Heating operation conditions: 0℃ DB, -9℃ WB, piping length: 7.5m, piping lift: 0m

(Heating capacity is tested when defrosting is not available )

2.The sound pressure level is based on following conditions: 1.5 Meter beneath the unit.

The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the filed.

4.When the resistance of the filed-supplied duct is small, it may cause abnormal stop, malfunction, spraying water, etc.Due to excessive air flow. And the duct, which is to be connected to this unit,

shall be insulation for dew protection.

5.All fresh air indoor unit is for processing fresh air load and not for stabilizing the room temperature. For adjusting the air conditioning load of the room, the additional air conditioner is required.

6.This unit shall be connected to Fujitherma，M and R series outdoor units. In case of connecting this unit with other indoor units in the same refrigerant cycle,calculate the capacity of this unit

as 46.1KBtu/h(30.7KBtu/h),71.7KBtu/h(47.8KBtu/h), 114.6KBtu/h(76.5KBtu/h), 143.3KBtu/h(95.6KBtu/h).

7.When Fujitherma outdoor unit connected to only with all fresh air indoor unit, the configuration rate is 100% (Recommended ).

8.Under cooling mode,when outdoor temperature is lower than 20℃,the system will automatically shift to ventilation operation; Under heating mode, when outdoor temperature is higher

than 15℃，the system will automatically shift to ventilation operation; In case inlet temperature is below -7℃，all fresh air unit will stop.

DHTHXFA335HHX DHTHXFA450HHX DHTHXFA560HHX DHTHXFA560HHX

41

Branch Pipe Parameter

Manifold Pipe Parameter

Receiver Kit for Wireless Control

Drain-up Mechanism Kit

Selection Software

Hotel Room Card Control

Branch Pipe Parameter

FHFQ-242FX

FHFQ-302FX

FHFQ-162FX

Q'ty : 1

Q'ty : 1

ID 9.53

OD 6.35

ID 9.53

OD 6.35

ID 9.53

OD 6.35

Q'ty : 1

Q'ty : 1

Q'ty : 1

Q'ty : 1

ID 25.4

ID 28.6

ID 22.2

ID 19.05

ID 15.88

ID 12.7

ID 28.6

ID 25.4

22.2

25.4

22.2

Ø

Ø

Ø

ID 25.4

ID 28.6

ID 22.2

ID 19.05

ID 15.88

ID 12.7

ID 28.6

ID 25.4

22.2

25.4

22.2

Ø

Ø

Ø

ID 12.7

ID 19.05 ID 22.2

ID 25.4 ID 15.88 OD 28.6

Q'ty : 1

ID 12.7

ID 19.05 ID 22.2

ID 25.4 ID 15.88 OD 28.6

ID 12.7

ID 19.05 ID 22.2

ID 25.4 ID 15.88 OD 28.6

ID 12.7

ID 12.7

ID 9.53

ID 6.35

ID 9.53

ID 12.7

12.7

9.53

9.53

Ø

Ø

Ø

ID 9.53

ID 12.7 ID 15.88

ID 15.88

ID 12.7

ID 9.53

ID 6.35

ID 15.88

ID 19.05

25.4

19.05

19.05

Ø

Ø

Ø

ID 32.0

ID 38.1

ID 28.6

ID 38.1

ID 32.0

31.75

31.75

28.6

Ø

Ø

Ø

ID 28.6

ID 22.2

ID 25.4

OD 31.75

Q'ty : 1 OD 38.1

ID 34.92

ID 9.53

ID 15.88

ID 19.05

ID 22.2

ID 12.7

ID 12.7

ID 15.88

ID 19.05

ID 22.2

ID 6.35

ID 9.53

25.4

22.22

19.05

Ø

Ø

Ø

FHFQ-102FX

ID 22.2

ID 19.05

ID 12.7

ID 15.88

ID 19.05

ID 22.2

ID 15.88

ID 15.88

ID 12.7

25.4

Ø 19.05

Ø 22.2

Ø

ID 9.53

ID 9.53

ID 6.35

ID 6.35

ID 9.53

12.7

9.53

9.53

Ø

Ø

Ø

Q'ty : 2

ID 9.53

OD 6.35

Model Gas Line Liquid Line Reducer for

Gas Line

Reducer for

Liquid Line

Opt

iona

l Par

tsO

ptio

nal P

arts

Optional Parts

42

HYRE-V01H HYRE-T01H NOTE

Receiver Kit for Wireless Control

Drain-up Mechanism Kit—Optional

FHYRE-V01HX is for Low/High Static Pressure Ceiling Ducted Type.

FHYRE-T01HX is for 4-Way Cassette Type.

Model Gas Line Liquid Line Reducer for

Gas Line

Reducer for

Liquid Line

Manifold Pipe Parameter

FHFQ-M22FX

FHFQ-M32FX

OD 31.75

OD 28.6

OD 38.1

ID 28.6 ID 25.4

ID 25.4

ID 34.92

ID 25.4

ID 22.2

ID 22.2

ID 22.2

ID 22.2

25.4 Ø

22.2 Ø

ID 22.2

ID 19.05

ID 19.05

ID 19.05

ID 15.88

ID 15.88

ID 15.88

ID 12.7 ID 12.7

ID 12.7

ID 15.88

ID 12.7 OD 28.6

ID 9.53

ID 9.53

ID 6.35

ID 19.05

19.05 Ø

ID 31.75

ID 38.1

ID 38.1

ID 32.0

ID 28.6

31.75 Ø

31.75 Ø

28.6 Ø

Q'ty : 1

Q'ty : 1

Q'ty : 1

ID 25.4

ID 28.6

ID 22.2

25.4

22.2

Ø

Ø

ID 19.05

ID 15.88

ID 12.7

ID 28.6

ID 25.4

22.2 Ø

ID 15.88 ID 15.88

ID 9.53

ID 12.7

ID 9.53

ID 6.35

25.4 Ø 19.05 Ø

19.05 Ø

ID 15.88

ID 12.7

Q'ty : 2

Model

FHPS-132X

FHPS-162X

FHPS-151X

Power supply

AC 220~240V(50/60Hz)

AC 220~240V(50/60Hz)

AC 220~240V(50/60Hz)

Consumption

9±1.5 W

9±1.5 W

9±1.5 W

MAX. Lift (mm)

900

900

600

Applicable models

For Ceiling ducted type（0.8~2.5Hp）

For Ceiling ducted type（3.0~6.0Hp）

External type，for general purpose（0.8~10Hp）

FHPS-132/HPS-162X FHPS-151X

43

Selection Software

With the philosophy of All for Users, Fujitherma developed a Central Air Conditioning Selection Software

which not only helps users to choose proper Fujitherma equipment but also to do the central air condition -

ing system design work.

This software makes the specialized central air conditioning project design work more simply and realistic

for nonspecialist. Whether you are a consultant or a sales people, you can work out a systematic piping

and wiring diagram with its user-friendly interface. Furthermore, a quick quotation of a project can be

provided with the selection of equipment and installation material.

Project information

Project information enteringChoose power supplyChoose temperature condition

Indoor unit selection

Room information enteringCooling and heating load calculationAutomatic & manual indoor unit selection

Outdoor unit selection

Choose connection ratioMatch indoor units and outdoor unitsAutomatic & manual outdoor unit selection

Capacity correction

enteringIndoor and outdoor unit correctionPoor capacity tips

Piping diagram

Automatic & manual outdoor and indoor unit pipe connectionBranch pipe selectionSegmental pipe length enteringAutomatic connection error tipsPipe size calculation

Wiring diagram

Power and communication cable connectionCable size calculationTerminals connectionController connection

Central control diagram

Central controller connectionBMS diagram

Reports output

Project information

Project information enteringChoose power supplyChoose temperature condition

Indoor unit selection

Room information enteringCooling and heating load calculationAutomatic & manual indoor unitselection

Outdoor unit selection

Choose connection ratioMatch indoor units and outdoor unitsAutomatic & manual outdoor unit selection

Capacity correction

enteringIndoor and outdoor unit correctionPoor capacity tips

Piping diagram

Automatic & manual outdoor and indoor unit pipe connectionBranch pipe selectionSegmental pipe length enteringAutomatic connection error tipsPipe size calculation

Wiring diagram

Power and communicationcable connectionCable size calculationTerminals connectionController connection

Central control diagram

Central controller connectionBMS diagram

Reports output

44

Hotel Room Card Control- Optional

The selection software operation interface

It is very simple to connect the units by the selection software . Users and designers can see

the relative position and connection mode between outdoor units and indoor units clearly .

Though the report given by the software we can get much more details ,indoor and outdoor

units specifications ,material list ,piping diagram ,wiring diagram and central-control diagram.

which will be very helpful to the budgeting and installation .

The "Room Card Control Function" of Fujitherma VRF

indoor unit through the room card.

When under function, the AC system is powered on.

The room card can control whether the room

energy-saving by withdrawing the room card when

people leave.

Hotel Room Card Control Room card

Date post:	26-Mar-2020
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