HISENSE_VRF_product_catalogue_2019.pdf

Hisense Group, headquartered in eastern China, is an international conglomerate founded in 1969 mainly
focusing on white goods and electronics. In the past several years, Hisense has held the record of being
the 3rd most popular TV brand worldwide and the 2nd most popular VRF brand in China respectively. Over
decades, we’ve dedicated ourselves to the technological innovation, quality assurance and integrated
service delivery. In the upcoming 2019, with the collaboration of R&D centers, branch offices and service
centers all around the world, Hisense VRF firmly hold confidence in providing excellent user experience
and service to our values clients globally.
Multimedia
Household Appliances
IT Smart Systems
Real Estate and
Modern Services
To Know Hisense
INDUSTRIAL MODULES
GLOBAL NETWORK
SPORTS MARKETING
TV and Display Devices
Internet TV Operation
Mobile Communication Devices
Optical Communication Devices
Chip
Real Estate
High-end Plaza Chains
Mould Design and Manufacturing
Business
Finance
Refrigerator
Freezer
Air-conditioner
Washing Machine
Kitchen Appliance
Smart City
Smart Community
Smart Transportation
Smart Business
Medical Electronic Devices
Smart Home System and Service

HIGH-EFFICIENCY AND ENERGY-SAVING
High Technology and Outstanding Operation Performance
Comprehensive Product Lineup
Modular Combination Design Gives Greater Flexibility
More Space Saving
Easier Transportation and Installation
Intelligent Control System
Hisense VRF is produced by Qingdao Hisense Hitachi Air-conditioning Systems Co., Ltd., jointly invested
by Hisense Group and Hitachi Air Conditioning(changed to Johnson Hitachi in 2015) for air-conditioning
manufacturing, technology development, marketing and service.
The strict quality control system is the trustworthy guarantee of Hisense VRF. From designing,
manufacturing to testing, Hisense VRF insists on abiding by the highest standard to keep high quality.
High Efficiency
High Reliability
Best Comfort
More Flexibility Design
More Flexibility Installation and Maintenance
Indoor Unit
Ventilation Solution
Air to Water Heat Pump
Outdoor Unit
Support
Optional Parts
Wired Controller
Wireless Controller
Receiver Kit for Wireless Control-optional
Centralized Controller
Building Management System
Computer Simulation Development---The Most Advanced and Energy Saving Development Mode
Excellence-led Manufacture Mode---Efficiency and Energy Saving
Strict Quality Control and Component Test---High Quality, High Efficiency and Low Energy Consumption
Why Choose
Hisense VRF?
What is Hisense VRF
KEY FEATURES AND BENEFITS
PRODUCT LINE
OPTIONAL PARTS
CONTROL SYSTEM
Hi-FLEXi S Series
Hi-FLEXi G+ Series
Hi-FLEXi X Series
Hi-FLEXi R Series
Hi-FLEXi W Series Heat Recovery
Hi-Smart H Series
Hi-AquaSmart Series
MULTI-FUNCTION Series
027
043
057
065
075
083
003
008
012
017
019
025
089
099
113
124
127
127
128
131
137
141
089
093

Key Features
and Benefits
High Efficiency
High Reliability
Best Comfort
More Flexibility Design
More Flexibility Installation and Maintenance

Key Features and Benefits
New Generation of Enhanced Vapor Injection Scroll Compressor
Exclusive Asymmetric Scroll
Hisense Hi-FLEXi S Series adopts a new generation of the high efficiency scroll compressor and the patented vapor
injection technology*1. It can greatly enhance the heating performance and achieve high energy-saving efficiency.
Powerful heating is guaranteed by Hi-FLEXi S Series, especially under low temperature with heating performance
increased up to 25%, compared with the standard model.
The asymmetric scroll structure effectively reduces refrigerant gas leakage during suction and compression and
enhances operation efficiency and reliability.
HIGH EFFICIENCY
Inside Chamber Pi=Ps
Achieve Suction
New Suction Structure
Increase efficiency at high speed and stability under large capacity.
Injection Valve
Heating performance improvement under partial load conditions by injection valve.
New Scroll Shape
High efficiency by asymmetric scroll shape.
Compliant Frame Mechanism
High performance technology by reduce leakage loss and friction loss.
High Efficiency Motor
High efficiency by rare earth magnet and special designed motor.
Oil Seperation
High reliability by keeping oil in the compressor by this separation plate.
High Reliability Oil Supply System
Oil supply system using pressure difference without any problem even at low speed or
partial load condition.
PVE Oil
Using PVE oil ensuring a high reliable and long life.
Oil Equalization Mechanism
Capacity can be enlarged by plural compressors and oil balance between plural
compressors.
Featured Discharge System
High reliability due to minimum oil loss at any condtion due to refrigerant flow out
from center of compressor.
Release Valve
Increase efficiency by reducing compression loss especially for medium and low capacity
conditions.
High Efficiency
Reduce Suction Loss
and Leakage Loss
Outside Chamber Po>Pi
During Compression
The inverter adopts double FOC 180° vector sine wave drive algorithm to drive the compressor motor in dual mode, and
possesses various protective functions against over current, over voltage, under voltage, short circuit, modules and heat
sinks temperatures, power phase loss, bus voltage fluctuations and communication failures to ensure the efficiency and
reliability.
30° 120°
120°
120°
Square Wave
Current
Current
Voltage
Voltage
Time
60°
Square Wave
Time
180°
180°
Conventional Control Mode
180° Sine Wave DC Inverter-Driven Technique
03/04
Note：*1. Patent number: a heat exchange cycle system and control methods and air conditioning, 201610909006.X
Anti-overcompression Technique
Hisense high pressure chamber scroll compressor adopts
patented Release Valve Technique, which effectively
prevents the overcompression when compressor is
in partial load operation and drastically promotes the
intermediate pressure performance.
○Orbiting Scroll Lifting Force Optimization is improved
○Leakage Loss Reduction
○Improved Intermediate Pressure Performance
The Latest Dual FOC 180° Sine Wave DC Variable
Speed Drive Technology

05/06
Precise Capacity-output Control
The inverter technique combined with elaborate control algorithm ensures responsive capacity-output adjustment based
on real-time indoor load, which reduces temperature fluctuation and provides coziness.
Capacity Output
Hisense Precise Inverter Control
Indoor Load
Load%
Time(h) Conventional Inverter Control
Load%
Time(h)
Capacity Output
Indoor Load
HIGH EFFICIENCY
Stepped Fins
Previous fins
Overlapping section
surface of fins
Overlapping section
surface of fins
The latest developed fins
Thick Thin
Wind direction Wind direction
Hierarchical diagram of hydrophilic aluminum foil
● Not easy to frost in heating mode;
● Slow down the corrosion of heat exchanger by corrosive gases;
● Destroying the surface tension of water droplets accelerates the
down flow speed of defrost water or condensate water and
improves the air conditioning performance.
Lubricating layer
Hydrophilic coating
Corrosion-resistant coating
Fin
Improvement of Heat Transfer
Face Velocity Amount of Frost
Heat
Transfer
Coefficient
Air
Flow
Resistance
Reduction of Air Flow Resistance
Φ9.53
Φ7.0
Stepless Fan-speed Control
The BLDC motor equipped in outdoor unit can realize stepless fan-speed adjustment to ensure system efficiency and
stability.
Air Streamline Grille
Efficient Axial Fan
Stepless
The stability of discharge pressure and suction pressure of compressor is assured
The stability of ﬂow (capacity) dynamic allocation of indoor unit is assured
Quick response of control system is improved, accordingly the system stability,
durability and reliability are assured

07/08
Two-stage Subcooling
A subcooling section is designed in the heat exchanger of outdoor unit to realize the first-stage subcooling. Furthermore,
a high efficient double pipe is applied to achieve the second-stage subcooling. The total subcooling degree is up to 27℃ ,
which improves cooling capacity and increases the total piping length.
Two-Stage Super-Cooling Cycle Diagram Two-Stage Super-Cooling Pressure Enthalpy Diagram
○The two-stage super-cooling cycle improves cooling capacity;
○The pressure loss of the refrigerant flow in the pipe is reduced
○The increased super-cooling degree promotes the stable operation
of the electronic expansion valve;
○The increased super-cooling degree increases the total piping length.
Sub-cooler
Cooling Capacity
Heat Exchanger
Super-cooling Section
First Stage of
Super-cooling
Second Stage of
Super-cooling The Increased Cooling
Capacity in Super-cooling
Cycle
HIGH EFFICIENCY
Oil Return
Patented 360° Fitted Refrigerant Cooling
Technology, More Reliable Cooling System
The accumulator adopts porous oil return technology with a built-in fine strainer, which not only ensures oil balance
between compressors within one module, but also plays an important role in the oil balance between modules.
With the patented 360° refrigerant cooling
technology, heat will be removed from the
main PCB. It can help to improve the electrical
reliability when it is running under high ambient
temperature. This can effectively prevent poor
heat dissipation and ensure stability and safety
under cooling mode.
Accumulator
Outdoor unit 1 Outdoor unit 2
Oil Return
Operation
Compressor
Frequency
Time
Low
High
t
t
T
HIGH RELIABILITY
Optimized Refrigerant Circuit
The heat-exchange efficiency is substantially increased due to the specially designed refrigerant flow structure.
Gas Phase Gas Phase
Conventional 2-in-1 Refrigerant Flow Path
Liquid Phase Liquid Phase
Hi-FLEXi S Series Hi-FLEXi W Series
Increase the liquid
refrigerant volume
proportion
Gas Liquid
Refrigerant
Liquid
Refrigerant
Liquid
Refrigerant
Refrigerant
Gas
Refrigerant
Gas
phase
Liquid
phase
Gas-liquid
mixed phase
Gas
Refrigerant
Common Refrigerant Circuit
Gas Liquid
Refrigerant
Liquid
Refrigerant
Refrigerant
Gas
Refrigerant
Gas
Refrigerant
Increase the proportion of liquid refrigerant in the heat
exchanger to improve heat transfer efficiency
Gas
phase
Liquid
phase
Gas-liquid
mixed phase
Optimized Refrigerant Circuit
Except for this, the system implements oil-return
operation based on compressor frequency and
corresponding operation time. The oil-return
operation takes 60 seconds, and can return to
previous operation state when it’s done.
In winter under heating mode, this operation is
implemented without changing to cooling, which
guarantees heating effect.

Oil Balance
Through adjusting the amount of discharge oil and return oil in the compressor, accumulator and oil separator,
oil balance is perfectly achieved without oil balance pipe. This can avoid fluctuations of system pressure and
temperature to ensure stability, and simplify the construction work.
Liquid pipe
Without oil
balance pipe
Gas pipe
Rotational Operation
Regulating the operation time of each outdoor unit leads to load reduction on compressors, thus, outdoor unit endurance
is improved.
Rotational Operation
A
A
A
A
B
B
B
B
C
C
C
C
D
D
D
D
A B C D B C D A
C D A B
D A B C
100h
ON
ON ON
ON
OFF
OFF OFF OFF OFF
OFF
OFF
OFF OFF OFF
OFF OFF
104h
104h
104h
101h
105h
101h
105h
102h
106h
102h
102h
103h
103h
103h
103h
Standby
Status
Operating
Status
Failed
Status
In single module system, one compressor can start to operate when another fails. In module combination, one outdoor
unit can start to operate when another fails. Double back-up function ensures reliability and stability of Hisense VRF
system.
Double Back-up Function
Outdoor Unit Backup
Compressor Backup
HIGH RELIABILITY
Oil Separation
First-stage oil separation is realized through efficient
oil separation structure inside high-pressure-chamber
compressor. Only a small amount of oil is brought out of
the compressor.
During second-stage oil separation, the small
amount of oil discharged from compressor is
separated by a large-capacity, high-efficiency
centrifugal oil separator, with efficiency over 99%.
First-stage oil separation Second-stage oil separation
09/10

11/12
Hisense refrigerant temperature control can provide best comfort for users. The evaporating temperature value can
be adjusted either automatically according to indoor load in a certain range or manually according to the application
environment.
Features：
1.Evaporating temperature can be adjusted between 2°C to 16°C
which is the widest on the market.
2.Rapidly cooling depends on the lower evaporating temperature.
3.Preventing cold draft bases on the higher evaporating temperatures.
4.Save energy by increasing seasonal efficiency.
Refrigerant Temperature Control
Fan Protection
Convention
Fan Protection Function
External forces make the fan
Counter-rotate
External forces make the fan
Counter-rotate
Instantaneous reverse
rotation with sudden
increased torque may
cause damage to the
blades
The fan stops before the
unit starts
Forward rotation with small starting
torque, protect fan blades
Condensed Water Leakage Protection
Anti-corrosion
The anti-corrosion treated outdoor units have been
designed to provide corrosion resistance against acid
rain and salt corrosion.
HIGH RELIABILITY
Operating Condensed Water Warning Stop
BEST COMFORT
Float switch is a standard part in Hisense indoor unit. To protect the ceiling from getting wet or soaked, the float switch
will work to stop indoor unit when condensed water can’t be drained in time because of blockage of drain pump or drain
pump breakdown.
Precise Temperature Control
Multiple thermal probes in indoor unit to provide
precise real-time temperature feedback.
Precisely judge indoor temperature:
(1)Air return temperature sensor
(2)Temperature sensor on wired remote controller
(3)Based on the average value
Suitable for irregularly shaped room
Unique Design
outlet air temperature sensor
2000-step Electronic Expansion Valve
2000-step electronic expansion valve to ensure
precise flow adjustment based on the actual load of
Indoor Unit.
Setting temperature.
Comfortable
±0.5
Too Hot
Conventional
Temperature Control
Hisense
Temperature Control
Too Cold
Most Comfortable

13/14
BEST COMFORT
Combing the soft start of DC inverter compressor and rapid start of fixed speed compressor, the system can
achieve 100% heating capacity output instantly to meet the air conditioning demand.
Rapid Heating Start-up
The user can flexibly select the noise reduction
value according to the actual requirement and
meet the ability requirements. In addition, the
operation period of low noise mode can be
determined by external input (Signal input).
HP
0 90seconds
*Taking 66HP as an example
5min
Common Models
100% Capacity Output
Hisense Hi-FLEXi S Series
Time
90 seconds rapid start-up
Outdoor Unit Noise Control
Hisense outdoor units have VIP mode setting function. Under this mode, the system will satisfy the cooling need of the
VIP room firstly.
Note: this function is an optional function. It can be set according to the actual requirement ( a system can set max.5 indoor units as VIP ) . Under the
severe operating condition, other indoor units' capacity may be influenced when customers use this function.
VIP Mode
Night Mute Control
Low Noise Mode
Night-shift function is equipped to reduce the noise by up to 15 dB.
Load Change Curve
Peak Temperature
Temperature Change Curve
Noise Change Curce
Intelligent Defrosting Mode
The outdoor unit adopts 3 sensors to precisely grasp the defrosting opportunity. Also, it has an anti-frost structure at the
bottom, both of which reduces the amount of frost to only 1/3 compared to ordinary defrosting mode.
Hisense optimal defrost mode
Traditional defrosting mode
Heating operation
Little frost
Heating operation
Heating operation Heating operation Heating operation Heating operation Heating operation
Anti-frost Structure
Heating operation
Heating operation Heating operation
Heating
operation
Little frost
Still not much frost Still not much frost
Heating operation
Defrosting

15/16
a. The unit has the breeze mode that provides miniature draft through the holes at the four flat corners.
b. The 4 air louvers can be controlled independently and 4 air speed adjustment are available to meet various
requirement.
With Motion Sensor, the indoor unit will automatically adjust the setting temperature according to the indoor heat source
load. The indoor unit will be turned off automatically when no people in room. The sensor also comes with draft functions
to direct the air blowing people or avoiding people.
More Reasonable Air Distribution
More Health
The intelligent demand mode can adjust the air conditioning operation automatically according to peak-valley requirements
of electricity. It achieves balance between comfort and energy-saving while meeting the power demand for daily work.
Demand Mode
Morning
Power
Consumption
Night
Normal Operating Cost Demand Mode
Operating Cost
Daily running time
Greater efficiency within the set range
Setting Power
When the power consumption value exceeds
the set range, it will be restricted
Power Saving 20%-60%
Unser-friendly Air Supply Mode and Louvers Control Independently
Automatically Adjust Setting Temperature
BEST COMFORT
Duct Adapter
In order to satisfy the fresh air intake function, the Duct Adapter as the optional part
equips at the mini 4-way cassette type and 4-way cassette type.
Humidity Sensor
Humidity Sensor has the automatic dehumidification function that will create comfortable
indoor environment for users. Humidity Sensor possesses the low temperature
dehumidification function.
Environmental Protection
Hisense VRF adopts reliable eco-friendly refrigerant R410A,
which is non-toxic to human and does not damage the
Earth’s ozone layer. Also, we actively respond to Europe
RoHS directive, controlling the use of hazardous substance
strictly.
Environment-friendly Refrigerant
Fresh Air Introduction
Hisense VRF system can introduce outdoor fresh air into
indoor space through fresh air equipment such as all fresh
air indoor unit and heat recovery ventilator, which constantly
supplies fresh air and creates a healthy environment for users.

MORE FLEXIBILITY DESIGN
Minimized Floor Space
Wide Operating Range Meets Greater Demand
Fan Static Pressure Adaptive Technology Making
Installation Space More Flexible
With a wide operating temperature range, the outdoor
unit can operate from -25°C WB to 16.5°C WB. The
heating effect in winter is strong, which perfectly
meets the customers’ needs in different environments.
The unit is able to operate in -25°C WB ambient,
when the unit is heating mode and also operate at
52°C WB ambient in cooling mode.
With static pressure adaptive technology, the fan of the outdoor unit can be adjusted in free static pressure based on
system requirements to meet a variety of needs in different environments. The maximam external static pressure of the
outdoor unit can be up to 110Pa*, which provides better conditions for the layered installation and centralized installation.
Higher static pressure and further distance of air supply of the outdoor unit ensure the smooth flow of air and solve
condensing problems of the outdoor unit effectively.Enough already been said about the static and flexibility so delete last
sentence.
The large capacity outdoor units achieves the minimized floor space.
Layered installing outdoor units
easily dealing with heat dissipation problem.
*Note: By the note corresponding, eternal static pressure of the outdoor unit can be up to 110Pa.
For detailed information, please contact Hisense’s technical staff.
*Note: For detailed information, please consult the technical staff.
Easy to conceal outdoor unit,
good looking of facades
Air flow diagram
Up to
110Pa*
Series
Unit S G+ X R W
heat recovery
m
m
m
m
m
m
m
1000
190(165)
30
90
90*
90*
10
1000
190(165)
30
90
90*
90*
10
1000
190(165)
30
90
90*
90*
10
1000
190(165)
30
90
50
40
10
500
190(165)
15
40
50
40
10
Item
Total Piping Length
Outdoor Unit
is higher
Outdoor Unit
is lower
Max. piping Length
Equivalent (actual)
Height difference
between Indoor Units
Piping Length between 1st
Branch and indoor unit
Largest pipe length of pipes
between outdoor units
Height difference
between outdoor
unit and indoor
unit
Summary of Pipe Length
24HP
previous previous
New New
24HP
VS
17/18
°C WB
°C WB
°C WB
°C WB

MORE FLEXIBILITY INSTALLATION AND MAINTENANCE
19/20
Compact and Light-weight Design
7-segment LED on the Outdoor Intelligent Detection
Easy for transportation
Elevator
One-touch Test Run
The one-touch test run can be operated at the outdoor unit side as well as the indoor unit side, which makes it much
easier for commissioning.
The specially designed Data collector can automatically detect the systems running condition. With real time monitoring,
system parameters, trouble shooting and preventative maintenance can be managed.
Realizing test run through the
controller at the indoor unit side
Automatic Detection
Through Computer
Data Collector
Indoor Unit Indoor Unit Indoor Unit
H-Assist DeviceOutdoor Unit
Realizing test run through the DIP-switch
at the outdoor unit side.
ON
ON
1 1
2 2
3 3
4 4
5 5
6
Cooling mode test run Heating mode test run
The 7-segment LED on the outdoor unit makes it easy to monitor and check the details about the operating status
such as refrigerant temperature, pressure, compressor frequency, alarm code, etc., which makes both operation
management and maintenance more convenient.

21/22
Automatic Addressing
Hisense VRF system can assign indoor unit addresses automatically, It is convenient in the case of large system
with a lot of indoor units.
Automatic Restart
When power resumes, the AC will has two modes. Mode 1: the AC will re-start, no matter what status the AC is before
power failure. Mode 2: the AC will return to previous setting automatically.
The access hole is designed on the electrical box plate, which makes more convenient and safety checking PSW
button and SEGD without taking down the electrical box plate.
The system operates normally
before power off
After power off ( memory storage )
system stops running
Restore to the previous state when
the power supply is recovered
01 02 03
When one indoor unit need maintenance, it can be powered off separately. Also, it does not need any setting on
outdoor, automatically re-regist all indoor unit and have no influence on the whole system.
Urgent Power-off Maintenance of Indoor Units
Easy-to-read Error
MORE FLEXIBILITY INSTALLATION AND MAINTENANCE
Hi-FLEXi S Series Hi-FLEXi W Series
Handle
Service
Window
Service
Window

Product Line
Product
Line
Outdoor Unit
Air to Water Heat Pump
Indoor Unit
Ventilation Solution

Product Line
OUTDOOR UNIT
25/26
HP 3 50
8 58
16 66 68 70 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 108 110 112
24 32
4 52
10 60
18 26 34
5 54
12 62
20 28 36 38 40 42 44 46 48
6 56
14 64
22 30
G+
S
W
X
R
H
MULTI-
FUNCTION
Hi-AquaSmart
2.5

Product Line
New Generation of Enhanced Vapor Injection Scroll Compressor
Hi-FLEXi S Series
OUTDOOR UNIT
Latest enhanced capacity series:
Note：*1. Patent number: a heat exchange cycle system and control methods and air conditioning, 201610909006.X
27/28
Hisense Hi-FLEXi S Series adopts a new generation of the high efficiency scroll compressor and the patented vapor
injection technology*1. It can greatly enhance the heating performance and achieve high energy-saving efficiency.
Powerful heating is guaranteed by Hi-FLEXi S Series, especially under low temperature with heating performance
increased up to 25%, compared with the standard model.
G-type heat exchanger, more efficient
Enhanced vapor injection scroll compressor with rapid heating performance
Float switch design, ensuring decoration safety
Wide operating range, precise temperature control
DC Frequency Inverter Technology in Compressor
Patented 360°
Fitted Refrigerant Cooling Technology, More Reliable Cooling System
Hisense VRF adopts a wide range and high-precision
inverter technology. Its adjustment range is 0-450Hz
and the control accuracy is 0.01Hz. The running speed
of outdoor DC inverter compressor can be adjusted
continuously and freely, which improves the user
experience and also enhances the energy efficiency of
the unit.
With the patented 360° refrigerant cooling technology, Hi-FLEXi S Series will remove the heat from the main PCB,
inverter module and outdoor unit's electrical box stably and efficiently. It can help to improve the electrical reliability of the
unit when it is running under high ambient. This ensures stability and safety of the outdoor unit running and also prevents
poor heat dissipation caused by the fan cycle rotation or stop mode.
Patent Number:
1.Processing method of refrigerant heat sink, air conditioning and
refrigerant cooling, 201710413663.X
2.Refrigerant heat sink and air conditioning, 201720645923.
Patent Number:
3.Testing device and method of a refrigerant heat sink, 201710456157.9
4.Testing device and method for refrigerant heat sink, 201710601662.8
◎ The refrigerant heat sink of aluminum alloy with
high thermal conductivity and the internal mechanical
tube can integrate closely to keep the heat transfer
efficiency.
◎ A tin heat conductor is added between the refrigerant pipe and the heat sink built-in the electrical component to
increase the heat transfer efficiency. Made by imported lead-free solder film with high thermal conductivity, the tin heat
conductor greatly improve the overall performance.
Air conditioning capacity output
Load %
Time (h)
Precise Inverter Control
Indoor load
Tube Expander Refrigerant Pipe Heat Sink
Heat Sink
Heat Conductor
Heat Sink Built-in
Electrical Component

Product Line
This test result is based
on the 10HP outdoor unit and 2 indoor units
The system uses the vapor injection two-stage compressor technology and intelligent defrost technology to achieve
strong heating efficiency which ensures the strong heating performance even under -25℃ .
With extra long pipe, the height difference between the indoor unit and outdoor unit is up to 90 meters *, which
makes installation more flexible.
With static pressure adaptive technology, the fan of the outdoor unit can be adjusted in free static pressure based on
system requirements to meet a variety of needs in different environments. The maximam external static pressure of the
outdoor unit can be up to 110Pa*, which provides better conditions for the layered installation and centralized installation.
Higher static pressure and further distance of air supply of the outdoor unit ensure the smooth flow of air and solve
condensing problems of the outdoor unit effectively.Enough already been said about the static and flexibility so delete last
sentence.
Test conditions:
Outdoor suction temperature: -15o
C(dry bulb),
Relative humidity：75%,
Indoor unit suction temperature：20o
C(dry bulb), high air volume.
Length of indoor and outdoor pipes: 6 meters.
Measurement sites: laboratory of constant temperature.
When the Hi-FLEXi S Series is running at a low outdoor ambient of -15o
C, the outlet air temperature of the indoor
unit can reach up to 40o
C or higher* in a short time. The outdoor unit has a fast and powerful heating efficiency, so it
can offer you a warm and comfortable environment in winter.
Powerful Heating Performance Under Low Temperature Extra Long Pipe Enabling The Height Difference Between
Indoor and Outdoor Units up to 90 Meters *
Fan Static Pressure Adaptive Technology Making
Installation Space More Flexible
Rapid Heating Under Low Temperature
OUTDOOR UNIT
29/30
Snowing
Feel Cold Feel Comfortable
Heating at -15o
C
50
40
30
20
10
Snowing
Note: The actual heat time depends on the heat load, models and building structure.
Time (Mins)
0 5 10 15 20 25 30 35
Maximum length of a single pipe: 190 meters
total length of pipes: 1000 meters
Maximum height difference of
indoor units: 30m
Maximum length from the first branch
pipe to the farthest indoor unit: 90m
*NOTE: For detailed information, please consult the technical staff.
*Note: By the note corresponding, eternal static pressure of the outdoor unit can be up to 110Pa.
For detailed information, please contact Hisense’s technical staff.
Layered installing outdoor units
easily dealing with heat dissipation problem.
Easy to conceal outdoor unit,
good looking of facades
Air flow diagram
Maximum height difference between
indoor and outdoor units:
the upper face of the outdoor unit is 50m
and the bottom of the outdoor unit is 40m
largest pipe length of pipes
between outdoor units: 10 meters
By the note corresponding:
when the outdoor unit is above:90m*
when the outdoor unit is below:90m*
Hisense Hi-FLEXi S Series Common models

Product Line
Outdoor Unit Specifications
Notes:
1. Rated cooling capacity and rated heating capacity are tested in the following conditions:
Cooling conditions: indoor air inlet temperature: 27o
C DB 19o
C WB, Outdoor air inlet temperature: 35o
C DB, pipe length: 7.5m, pipe height difference: 0m
Heating conditions: indoor air inlet temperature: 20o
C DB, Outdoor air inlet temperature: 7℃ DB 6℃ WB, pipe length: 7.5m, pipe height difference : 0m
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.For height difference between ODU&IDU more than 50(40)m, please contact our professional engineer.
5.When the operation temperature is under 48o
C~52o
C or -25o
C~-20o
C, please contact our professional engineer.
C DB 19℃ WB, Outdoor air inlet temperature: 35o
C DB, Outdoor air inlet temperature: 7o
C DB 6o
C WB, pipe length: 7.5m, pipe height difference : 0m
C~52o
C or -25o
C~-20o
Notes:
OUTDOOR UNIT
31/32
Model Model
HP HP
Hi-FLEXi S Series Hi-FLEXi S Series
Combination Combination
Rated Capacity Rated Capacity
Power Consumption Power Consumption
EER EER
COP COP
Cooling Operation*1
Cooling Operation*1
Power Supply Power Supply
Heating Operation*1
Heating Operation*1
Out Dimension Out Dimension
Packing Dimension Packing Dimension
Height Difference Between IDUs Height Difference Between IDUs
Operation Range Operation Range
Max. Total Piping Length Max. Total Piping Length
Cooling Cooling
Heating Heating
ODUsisHigherThanIDUs
ODUsisLowerThanIDUs
ODUsisLowerThanIDUs
HeightDifferenceBetween
ODUsandIDUs
ODUsandIDUs
Max.number of connectable IDU
Max. Fuse Current
Max. Running Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
Condenser Fan Quantity
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
PC
PC
m
m
m
DB
WB
m
H
W
D
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
10HP 22HP
8HP 20HP
AVWT-76HKSS AVWT-190HKSS
— —
— —
— —
— —
— —
—
380-415V 3N~ 50Hz / 60Hz 380-415V 3N~ 50Hz / 60Hz
Grayish White
Enhanced Vapor Injection Compressor
R410A
Grayish White
R410A
AVWT-170HKSS
12HP 24HP
14HP 26HP
16HP 28HP
18HP
kW
kW
kW
kW
m³/min
dB(A)
kW
kW
kW
kW
m³/min
dB(A)
22.4
5.21
4.30
25.0
5.77
4.33
183
59
56.0
17.90
3.13
63.0
19.87
3.17
267
63
Φ19.05
Φ9.53
1730
950
750
1930
1015
790
13
25
17.2
224
243
Φ28.60
Φ15.88
1730
1350
750
1930
1420
790
33
63
44.5
361
395
1
1
2
2
1
1
2
2
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
1
1
2
2
50% - 150%
50% - 150%
1
2
2
2
1
2
2
2
2
2
Φ22.20
Φ9.53
1730
950
750
1930
1015
790
16
32
22.5
244
263
Φ28.60
Φ15.88
1730
1350
750
1930
1420
790
36
63
49.8
369
396
Φ25.40
Φ12.70
1730
950
750
1930
1015
790
19
32
23.5
245
265
Φ28.60
Φ15.88
1730
1350
750
1930
1420
790
40
63
52.4
370
397
Φ25.40
Φ12.70
1730
1210
750
1930
1275
790
23
40
28.6
297
321
Φ31.75
Φ19.05
1730
1600
750
1930
1665
790
43
80
56.9
414
446
Φ28.60
Φ12.70
1730
1210
750
1930
1275
790
26
40
33
298
322
Φ31.75
Φ19.05
1730
1600
750
1930
1665
790
47
80
58.2
415
447
Φ28.60
Φ15.88
1730
1210
750
1930
1275
790
29
50
38.6
347
371
28.0
7.00
4.00
31.5
7.59
4.15
183
60
61.5
20.50
3.00
69.0
22.48
3.07
296
64
33.5
8.65
3.87
37.5
9.21
4.07
183
62
68.0
22.82
2.98
75.0
24.59
3.05
296
66
40.0
10.53
3.80
45.0
11.72
3.84
200
62
72.5
24.58
2.95
80.0
26.67
3.00
350
67
45.0
12.50
3.60
50.0
13.70
3.65
200
62
80.0
27.59
2.90
90.0
30.41
2.96
350
67
50.0
15.63
3.20
56.0
16.97
3.30
200
62

Product Line
OUTDOOR UNIT
33/34
Model Model
HP HP
EER EER
COP COP
Cooling Operation*1
Cooling Operation*1
Power Supply Power Supply
Heating Operation*1
Heating Operation*1
Out Dimension Out Dimension
Packing Dimension Packing Dimension
Height Difference Between IDUs Height Difference Between IDUs
Max. Total Piping Length Max. Total Piping Length
Cooling Cooling
Heating Heating
ODUsisLowerThanIDUs
ODUsisLowerThanIDUs
ODUsandIDUs
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
PC
PC
m
m
m
DB
WB
m
H
W
D
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
32HP 42HP
30HP 40HP
AVWT-154HKSS
AVWT-136HKSS
AVWT-190HKSS
AVWT-190HKSS
AVWT-154HKSS
AVWT-154HKSS
AVWT-232HKSS
AVWT-170HKSS
AVWT-170HKSS
AVWT-154HKSS
AVWT-232HKSS
AVWT-190HKSS
AVWT-190HKSS
AVWT-154HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-190HKSS
AVWT-170HKSS
AVWT-232HKSS
AVWT-232HKSS
380-415V 3N~ 50Hz / 60Hz 380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
Grayish White
R410A
34HP 44HP
36HP 46HP
38HP 48HP
kW
kW
kW
kW
m³/min
dB(A)
kW
kW
kW
kW
m³/min
dB(A)
85.0
23.03
3.69
95.0
25.42
3.74
400
67
112.0
35.80
3.13
126.0
39.74
3.17
534
67
Φ31.75
Φ19.05
1730
1210+1210
750
1930
1275+1275
790
49
80
61.6
595
643
Φ38.1
Φ19.05
1730
1350+1350
750
1930
1420+1420
790
64
125
89
722
790
2
4
4
4
2
4
4
4
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
3
4
4
4
50% - 150% 50% - 150%
3
4
4
4
4
4
4
4
Φ31.75
Φ19.05
1730
1210+1210
750
1930
1275+1275
790
52
80
66
596
644
Φ38.1
Φ19.05
1730
1210+1350
750
1930
1275+1420
790
64
125
91
717
768
Φ38.1
Φ19.05
1730
1210+1210
750
1930
1275+1275
790
55
100
71.6
645
693
Φ38.1
Φ19.05
1730
1350+1350
750
1930
1420+1420
790
64
125
96.9
731
792
Φ38.1
Φ19.05
1730
1210+1350
750
1930
1275+1420
790
59
100
77.5
659
717
Φ41.3
Φ22.2
1730
1350+1350
750
1930
1420+1420
790
64
125
102.2
739
793
Φ38.1
Φ19.05
1730
1210+1350
750
1930
1275+1420
790
62
100
83.1
708
766
Φ41.3
Φ22.2
1730
1350+1350
750
1930
1420+1420
790
64
125
104.8
740
794
90.0
25.00
3.60
100.0
27.40
3.65
400
67
118.0
38.45
3.07
131.0
41.56
3.15
496
67
95.0
28.13
3.38
106.0
30.67
3.46
400
67
124.0
40.72
3.05
138.0
44.46
3.10
563
68
101.0
30.40
3.32
113.0
33.57
3.37
467
67
129.5
43.32
2.99
144.0
47.07
3.06
592
68
106.0
33.53
3.16
119.0
36.84
3.23
467
67
136.0
45.64
2.98
150.0
49.18
3.05
592
69
Notes:
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
Notes:

Product Line
OUTDOOR UNIT
35/36
Model Model
HP HP
Combination
Combination
Rated Capacity
Rated Capacity
Rated Capacity
Rated Capacity
Power Consumption
Power Consumption
Power Consumption
Power Consumption
EER
EER
COP
COP
Cooling Operation*1
Cooling Operation*1
Power Supply
Power Supply
Heating Operation*1
Heating Operation*1
Out Dimension
Out Dimension
Packing Dimension
Packing Dimension
Height Difference Between IDUs
Operation Range
Operation Range
Max. Total Piping Length
Cooling
Cooling
Heating
Heating
ODUsisLowerThanIDUs
ODUsisLowerThanIDUs
ODUsandIDUs HeightDifferenceBetween
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
PC
PC
m
m
m
DB
WB
m
H
W
D
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
52HP 60HP
50HP 58HP
AVWT-250HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-170HKSS
AVWT-170HKSS
AVWT-272HKSS
AVWT-232HKSS
AVWT-190HKSS
AVWT-190HKSS
AVWT-190HKSS
AVWT-272HKSS
AVWT-250HKSS
AVWT-232HKSS
AVWT-190HKSS
AVWT-170HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-232HKSS
AVWT-190HKSS
AVWT-190HKSS
380-415V 3N~ 50Hz / 60Hz
380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
Grayish White
R410A
54HP 62HP
56HP 64HP
kW
kW
kW
kW
m³/min
dB(A)
kW
kW
kW
kW
m³/min
dB(A)
140.5
47.40
2.96
155.0
51.26
3.02
646
70
161.5
51.76
3.12
181.0
56.42
3.21
696
70
Φ41.3
Φ22.2
1730
1350+1600
750
1930
1420+1665
790
64
160
109.3
784
843
Φ44.5
Φ22.2
1730
1210+1210+1350
750
1930
1275+1275+1420
790
64
160
127
1063
1138
4
4
6
6
4
4
6
6
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
4
4
6
6
50% - 150%
50% - 150%
4
4
6
6
Φ41.3
Φ22.2
1730
1350+1600
750
1930
1420+1665
790
64
160
110.6
785
844
Φ44.5
Φ22.2
1730
1350+1350+1350
750
1930
1420+1420+1420
790
64
160
133.5
1083
1185
Φ41.3
Φ22.2
1730
1600+1600
750
1930
1665+1665
790
64
160
115.1
829
893
Φ44.5
Φ22.2
1730
1210+1350+1350
750
1930
1275+1420+1420
790
64
160
135.5
1078
1163
Φ41.3
Φ22.2
1730
1600+1600
750
1930
1665+1665
790
64
160
116.4
830
894
Φ44.5
Φ22.2
1730
1350+1350+1350
750
1930
1420+1420+1420
790
64
200
141.4
1092
1187
148.0
50.41
2.94
165.0
55.00
3.00
646
70
168.0
53.70
3.13
189.0
59.61
3.17
801
70
152.5
52.17
2.92
170.0
57.08
2.98
700
70
174.0
56.35
3.09
194.0
61.43
3.16
763
70
160.0
55.18
2.90
180.0
60.82
2.96
700
70
180.0
58.62
3.07
201.0
64.33
3.12
830
70
Notes:
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
C DB 19o
C DB 6o
C~52o
Cor -25o
C~-20o
Notes:

Product Line
OUTDOOR UNIT
37/38
Model
HP
Hi-FLEXi S Series
Combination
Rated Capacity
Rated Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation*1
Power Supply
Heating Operation*1
Out Dimension
Packing Dimension
Operation Range
Cooling
Heating
ODUsisLowerThanIDUs
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
68HP
66HP
AVWT-634HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-190HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-190HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-232HKSS
380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
AVWT-696HKSS
70HP 72HP
kW
kW
kW
kW
m³/min
dB(A)
185.5
61.22
3.03
207.0
66.94
3.09
859
70
Φ44.5
Φ22.2
1730
1350+1350+1350
750
1930
1420+1420+1420
790
64
200
146.7
1100
1188
6
6
6
6
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
6
6
50% - 150%
6
6
Φ50.8
Φ25.4
1730
1350+1350+1350
750
1930
1420+1420+1420
790
64
200
149.3
1101
1189
Φ50.8
Φ25.4
1730
1350+1350+1350
750
1930
1420+1420+1420
790
64
200
154.6
1109
1190
Φ50.8
Φ25.4
1730
1350+1350+1350
750
1930
1420+1420+1420
790
64
200
157.2
1110
1191
192.0
63.54
3.02
213.0
69.05
3.08
859
70
197.5
66.14
2.99
219.0
71.66
3.06
888
70
204.0
68.46
2.98
225.0
73.77
3.05
888
71
Model
HP
Hi-FLEXi S Series
Combination
Rated Capacity
Rated Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation*1
Power Supply
Heating Operation*1
Out Dimension
Packing Dimension
Operation Range
Cooling
Heating
ODUsisLowerThanIDUs
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
76HP
74HP
AVWT-714HKSS
AVWT-250HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-250HKSS
AVWT-250HKSS
AVWT-232HKSS
AVWT-272HKSS
AVWT-250HKSS
AVWT-232HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-232HKSS
380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
AVWT-776HKSS
78HP 80HP
kW
kW
kW
kW
m³/min
dB(A)
208.5
70.22
2.97
230.0
75.85
3.03
942
71
Φ50.8
Φ25.4
1730
1350+1350+1600
750
1930
1420+1420+1665
790
64
200
161.7
1154
1240
6
6
6
6
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
6
6
50% - 150%
6
6
Φ50.8
Φ25.4
1730
1350+1600+1600
750
1930
1420+1665+1665
790
64
200
166.2
1198
1289
Φ50.8
Φ25.4
1730
1350+1600+1600
750
1930
1420+1665+1665
790
64
200
167.5
1199
1290
Φ50.8
Φ25.4
1730
1350+1600+1600
750
1930
1420+1665+1665
790
64
200
168.8
1200
1291
213.0
71.98
2.96
235.0
77.93
3.02
996
71
220.5
74.99
2.95
245.0
81.67
3.00
996
71
228.0
78.00
2.92
255.0
85.41
2.98
996
71
Notes:
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
Notes:

Product Line
OUTDOOR UNIT
39/40
Model
HP
Hi-FLEXi S Series
Combination
Rated Capacity
Rated Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation*1
Power Supply
Heating Operation*1
Out Dimension
Packing Dimension
Operation Range
Cooling
Heating
ODUsisLowerThanIDUs
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
84HP
82HP
AVWT-794HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-250HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-190HKSS
AVWT-190HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-190HKSS
AVWT-190HKSS
380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
AVWT-844HKSS
86HP 88HP
kW
kW
kW
kW
m³/min
dB(A)
232.5
79.76
2.91
260.0
87.49
2.97
1050
72
Φ50.8
Φ25.4
1730
1600+1600+1600
750
1930
1665+1665+1665
790
64
250
173.3
1244
1340
6
6
6
6
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
50% - 150%
8
8
8
8
Φ50.8
Φ25.4
1730
1600+1600+1600
750
1930
1665+1665+1665
790
64
250
174.6
1245
1341
Φ50.8
Φ25.4
1730
1350+1350+1350+1350
750
1930
1420+1420+1420+1420
790
64
250
191.2
1461
1583
Φ50.8
Φ25.4
1730
1350+1350+1350+1350
750
1930
1420+1420+1420+1420
790
64
250
193.8
1462
1584
240.0
82.77
2.90
270.0
91.23
2.96
1050
72
241.5
79.12
3.05
270.0
86.81
3.11
1126
72
248.0
81.44
3.05
276.0
88.92
3.10
1126
72
Model
HP
Hi-FLEXi S Series
Combination
Rated Capacity
Rated Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation*1
Power Supply
Heating Operation*1
Out Dimension
Packing Dimension
Operation Range
Cooling
Heating
ODUsisLowerThanIDUs
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
92HP
90HP
AVWT-866HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-190HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-190HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-232HKSS
380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
AVWT-928HKSS
94HP 96HP
kW
kW
kW
kW
m³/min
dB(A)
253.5
84.04
3.02
282.0
91.53
3.08
1155
72
Φ50.8
Φ25.4
1730
1350+1350+1350+1350
750
1930
1420+1420+1420+1420
790
64
250
199.1
1470
1585
8
8
8
8
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
50% - 150%
8
8
8
8
Φ50.8
Φ25.4
1730
1350+1350+1350+1350
750
1930
1420+1420+1420+1420
790
64
250
201.7
1471
1586
Φ50.8
Φ25.4
1730
1350+1350+1350+1350
750
1930
1420+1420+1420+1420
790
64
250
207
1479
1587
Φ50.8
Φ25.4
1730
1350+1350+1350+1350
750
1930
1420+1420+1420+1420
790
64
320
209.6
1480
1588
260.0
86.36
3.01
288.0
93.64
3.08
1155
72
265.5
88.96
2.98
294.0
96.25
3.05
1184
72
272.0
91.28
2.98
300.0
98.36
3.05
1184
72
Notes:
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
Notes:

Product Line
OUTDOOR UNIT
41/42
Model
HP
Hi-FLEXi S Series
Combination
Rated Capacity
Rated Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation*1
Power Supply
Heating Operation*1
Out Dimension
Packing Dimension
Operation Range
Cooling
Heating
ODUsisLowerThanIDUs
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
100HP
98HP
AVWT-946HKSS
AVWT-250HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-272HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-232HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-232HKSS
AVWT-212HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-232HKSS
AVWT-232HKSS
380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
AVWT-1008HKSS
102HP 104HP
kW
kW
kW
kW
m³/min
dB(A)
276.5
93.04
2.97
305.0
100.44
3.04
1238
72
Φ50.8
Φ25.4
1730
1350+1350+1350+1600
750
1930
1420+1420+1420+1665
790
64
320
214.1
1524
1637
8
8
8
8
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
50% - 150%
8
8
8
8
Φ50.8
Φ25.4
1730
1350+1350+1350+1600
750
1930
1420+1420+1420+1665
790
64
320
215.4
1525
1638
Φ50.8
Φ25.4
1730
1350+1350+1600+1600
750
1930
1420+1420+1665+1665
790
64
320
218.6
1569
1687
Φ50.8
Φ25.4
1730
1350+1350+1600+1600
750
1930
1420+1420+1665+1665
790
64
320
221.2
1570
1688
284.0
96.05
2.96
315.0
104.18
3.02
1238
72
289.5
98.50
2.94
324.0
107.89
3.00
1292
72
296.0
100.82
2.94
330.0
110.00
3.00
1292
73
Model
HP
Hi-FLEXi S Series
Combination
Rated Capacity
Rated Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation*1
Power Supply
Heating Operation*1
Out Dimension
Packing Dimension
Operation Range
Cooling
Heating
ODUsisLowerThanIDUs
ODUsandIDUs
Max. Fuse Current
Net Weight
Gross Weight
Connection Ratio
Compressor Quantity
H
W
D
mm
mm
mm
mm
mm
mm
mm
mm
A
A
kg
kg
PC
PC
m
m
m
DB
WB
m
H
W
D
Air Flow Rate
Noise level*2
Cabinet Color*3
Compressor Type
Refrigerant Type
Gas Line
Liquid Line
108HP
106HP
AVWT-1026HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-250HKSS
AVWT-232HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-232HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-250HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-272HKSS
AVWT-1048HKSS AVWT-1066HKSS AVWT-1088HKSS
380-415V 3N~ 50Hz / 60Hz
Grayish White
R410A
110HP 112HP
kW
kW
kW
kW
m³/min
dB(A)
300.5
102.58
2.93
335.0
112.08
2.99
1346
73
Φ50.8
Φ25.4
1730
1350+1600+1600+1600
750
1930
1420+1665+1665+1665
790
64
320
225.7
1614
1737
8
8
8
8
50 (90*4
)
40 (90*4
)
30
-5o
C~ 52o
C*5
-25o
C*5
~ 16.5o
C
1000
50% - 150%
8
8
8
8
Φ50.8
Φ25.4
1730
1350+1600+1600+1600
750
1930
1420+1665+1665+1665
790
64
320
227
1615
1738
Φ50.8
Φ25.4
1730
1600+1600+1600+1600
750
1930
1665+1665+1665+1665
790
64
320
231.5
1659
1787
Φ50.8
Φ25.4
1730
1600+1600+1600+1600
750
1930
1665+1665+1665+1665
790
64
320
232.8
1660
1788
308.0
105.59
2.92
345.0
115.82
2.98
1346
73
312.5
107.35
2.91
350.0
117.9
2.97
1400
73
320.0
110.36
2.90
360.0
121.64
2.96
1400
73
Notes:
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
C DB 19o
C DB 6o
C~52o
C or -25o
C~-20o
Notes:

Product Line
Upgraded Core Technology
Motor rotor of the new type compressor uses the latest 6-pole high-
flux neodymium magneto structure, rotor shape design is optimized
and all rotational speed control is more efficient.
The new type motor stator is equipped with a centralized winding
and more turns of windings, sets induced voltage to a higher value
(to reduce current) and improves efficiency of motor at low rotational
speed.
The optimization of finned tubes, increasing of
fins number and reducing of height on the basis of
traditional secondary super-cooler reduces its pressure
loss, increases coefficient of heat conduction and
improves super-cooling performance.
The multiple high-precision electronic expansion valves equipped
on the outdoor unit can adjust refrigerant flow of the unit rapidly and
accurately according to commands, reduce power consumption
during operation, improve energy efficiency and reduce fluctuation of
indoor temperature, thus making the environment more comfortable
and pleasant.
Adoption of the new type high-capacity four-way
valve reduces compression at four-way valve
greatly, ensures suction intensity of compressor and
improves performance of the complete machine.
The brand-new ball check valve, in which there
is almost no part hindering fluid flow and thus
the local pressure loss is improved significantly,
enhances efficiency of the whole system.
Hi-FLEXi G Series
+
Hi-FLEXi G+ Series is the latest larger capacity full DC inverter-driven
multi-split central air conditioning product. It focuses on customers'
requirement and comfort, representing Hisense high quality and
technology. It’s characterized by:
OUTDOOR UNIT
New Hitachi high-pressure chamber scroll compressor, enhancing the efficiency
New improved concentrated stator winding
Improved super-cooling
High-precise multiple electronic expansion valves control technology
Optimization of the four-way valve Optimization of ball check valve
Latest enhanced capacity series:
Electronic expansion valve
Original Latest
High capacity and
less pressure
loss four-way valve
High pressure
chamber structure
Anti-overcompressing
Technique
Exclusive asymmetric
scroll technology
Exclusive inner oil
separating pipe
New centralized
stator winding
Hitachi patent neodymium
magnet motor rotor
High strength shell design
Oil film sealing
technology
High strength
roller-bearing
Inner compressor
cleaning function
Discharge pipes
Sensorless protection
Oil sump shield
43/44
Adoption of the brand new high-pressure chamber scroll compressor realizes high efficiency of motor, optimization of
scroll plate and optimum fuel feeding, etc. and increases operation efficiency of compressor under overall operating
conditions, especially, enhances intermediate performance greatly.
Motor is the source of power of a compressor. Hi-FLEXi G+ Series compressor is equipped with a new DC motor
(with centralized winding) which enhances performance of the compressor significantly at a frequency of 20-80Hz
that the compressor operates at most frequently.
Brand new high-pressure chamber scroll compressor
Integrated high-strength structure and convenient installation
Adoption of double larger fans and low-pressure loss heat exchanger
Max. 22HP single unit, 4 modules' combination
6-pole high-flux neodymium magnetic motor rotor
pole

Product Line
The Hi-FLEXi G+ Series adopts new structure
and advanced technology, providing new High
efficiency combination solution.
More Flexible Refrigerant Piping Work
New-efficiency
New Appearance
The built-in design of PP air duct ensures safety of inner core effectively
Combination of the integrated sheet-metal upper cover and protecting wire net structure realizes built-in design of PP air
duct with optimal protection performance, effectively protecting important parts (e.g. fan) from being damaged when the
outdoor unit being hit by object from high altitudes.
Integrated high-strength side plate decreases vibration and reduces noises
Compared with the form combining stand column with wire net, Hi-FLEXi G+ Series is equipped with integrated high-
strength side plates made from high-quality materials, which increases air handling area and reduces the vibration and
noises produced during operation of the machine.
The 644mm large dual-fan leads the industry
Hi-FLEXi G+ Series (20-22HP) is equipped with 644mm×2
large fans characterized by low noise and large air
flow, greatly improving heat exchange efficiency of heat
exchanger.
A
B B
High strength motor bracket, more stable
and quiet
High strength frame structure with inside
upright column
Common air conditioner
Common double fans
diameter: 540mm
Hisense double large
fans diameter: 644mm
Hi-FLEXi G+ Series
A
B
644mm
The highest working temperature
reaches upto 52°C in cooling mode,
and lowest working temperature
reaches -20°C in heating mode.
Wide Operation Range
OUTDOOR UNIT
45/46
Note: For data marked by *, please contact our professional engineer.
Note: when the designed cooling temperature is over 43o
C,
please contact our professional engineer.
Max. piping length: 190m*
Max. total piping length: 1000m
Max. piping length between 1st branch and
indoor unit: 90m
Height difference between indoor units: 30m*
Height difference between outdoor and indoor unit
Outdoor unit is higher: 90m*
Outdoor unit is lower: 90m*

Product Line
The low pressure-loss ∑ type heat exchanger is structurally designed with a 6-side heat exchange structure and dual-fan,
which realizes more uniform distribution of heat exchanger's wind field gradient under the same air-flow conditions, and
improves heat-exchanging efficiency of heat exchanger. Meanwhile, higher height, larger heat exchange area and low
pressure-loss optimization of flow in bypass branch of the heat exchanger itself improves heat-exchanging efficiency of
refrigerant and ensures strong heat-exchanging performance of the complete machine.
For the large outdoor heat exchanger of
Hisense, the heat exchanger is characterized
by larger face area and better heat-exchanging
efficiency. Meanwhile, it reserves more space for
arrangement of piping of refrigerating system and
heat exchanger distribution pipe, thus ensuring
better maintainability.
Separation of machine room and electric room makes maintenance more convenient
In the new structure, divisional design of front metal plate, separate assembling of metal plates in each part and
separation of electric room and machine room improve repair and maintenance convenience. Modularized design
of electric box and spatial independence of two variable frequency compressors’ control circuits reduce mutual
crosstalk, enhance EMC performance greatly and make heat emission efficiency better.
6-side heat exchanging of low pressure-loss ∑ type heat exchanger
Large outdoor heat exchanger
Large outdoor heat exchanger of
Hisense
Integrated four-side heat
exchanger
Common four-side heat
exchanger
Note: the other shape of heat exchanger is taken as an example.
New Installation
The modular design makes installation easier
Hi-FLEXi G+ Series is characterized by compact structure and modular
design by breaking up the whole system into parts, making it easier
for both installation and transportation. Taking 88HP as an example,
capacity of a single-module product is up to 22HP. And, it can be an
assembly of 4 modules, not only meeting the high-capacity requirement
but effectively save the space.
Static pressure of outdoor unit is up to 85Pa
The maximum static pressure of outdoor unit is up to 85Pa and is suitable for layered installation and centralized
installation.
The higher static pressure and longer air supplying distance of outdoor unit ensures smooth circulation of air flow and
solves the problem of heat dissipation of outdoor unit effectively.
The outdoor unit featured with higher static pressure, well responds to the severe environment where the outdoor unit is
placed at, is available for more flexible arrangement and is favorable for concealed installation of outdoor unit.
The volume is convenient for
elevator transportation
Layered arrangement of outdoor
unit solves the problem of heat
dissipation easily
Favorable for concealed installation
of outdoor unit and making the
facade more aesthetic
Air distribution schematic
diagram
*Note: for details, please consult the technical personnel.
Max.
85Pa
OUTDOOR UNIT
47/48
1.90

Product Line
Notes:
C DB 19o
C DB, pipe length : 7.5m, pipe height difference: 0m
C DB 6o
4.For Max. pipe length more than 165m, height difference between outdoor unit(ODU)&indoor unit(IDU) more than 50(40)m or height difference between indoor units (IDUs) more
than 15m, please contact our professional engineer.
5.When the cooling operation temperature is over 43o
Notes:
C DB 19o
C DB 6o
OUTDOOR UNIT
49/50
Model Power Supply
Hi-FLEXi G+ Series
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. number of connectable IDU
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
239
251
1
1
240
252
1
1
241
253
1
1
331
353
2
1
1,730×950×750
1,930×1,015×790
1,730×950×750
1,930×1,015×790
1,730×950×750
1,930×1,015×790
1,730×1,210×750
1,930×1,275×790
Ф19.05
Ф9.53
13
165(190*)
50(90*)/40(90*)
15(30*)
63/64
Ф22.2
Ф9.53
16
165(190*)
50(90*)/40(90*)
15(30*)
65/65
Ф25.4
Ф12.7
19
165(190*)
50(90*)/40(90*)
15(30*)
65/66
Ф25.4
Ф12.7
23
165(190*)
50(90*)/40(90*)
15(30*)
66/68
-5~52*
-20~16.5
Air Flow Rate
Outer Dimension (H×W×D)
Packing Dimension (H×W×D)
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
22.4
76.4
5.00
4.48
25.0
85.3
5.00
5.00
9,300
28.0
95.5
6.95
4.03
31.5
107.5
6.35
4.96
10,200
33.5
114.3
8.66
3.87
37.5
128.0
8.06
4.65
10,500
40.0
136.5
10.61
3.77
45.0
153.5
9.91
4.54
11,700
Ivory White
AVWT-76UKSNA
AVWT-76U8SNA
AVWT-96UKSNA
AVWT-96U8SNA
AVWT-114UKSNA
AVWT-114U8SNA
AVWT-136UKSTA
AVWT-136U8STA
8HP 10HP 12HP 14HP
Model Power Supply
Hi-FLEXi G+ Series
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
332
354
2
1
333
355
2
1
394
415
2
2
395
416
2
2
1,730×1,210×750
1,930×1,275×790
1,730×1,210×750
1,930×1,275×790
1,730×1,350×750
1,930×1,420×790
1,730×1,350×750
1,930×1,420×790
Ф28.6
Ф12.7
26
165(190*)
50(90*)/40(90*)
15(30*)
66/68
Ф28.6
Ф15.88
26
165(190*)
50(90*)/40(90*)
15(30*)
67/68
Ф28.6
Ф15.88
33
165(190*)
50(90*)/40(90*)
15(30*)
69/69
Ф28.6
φ15.88
36
165(190*)
50(90*)/40(90*)
15(30*)
69/69
-5~52*
-20~16.5
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
45.0
153.5
12.61
3.57
50.0
170.6
12.29
4.07
11,700
50.0
170.6
14.37
3.48
56.0
191.1
13.97
4.01
14,400
56.0
191.1
16.42
3.41
63.0
215.0
16.41
3.84
15,300
61.5
209.8
20.10
3.06
69.0
235.4
19.11
3.61
16,200
Ivory White
AVWT-154UKSTA
AVWT-154U8STA
AVWT-170UKSTA
AVWT-170U8STA
AVWT-190UKS1A
AVWT-190U8S1A
AVWT-212UKS1A
AVWT-212U8S1A
16HP 18HP 20HP 22HP

Product Line
Notes:
C DB 19o
C DB 6o
Notes:
C DB 19o
C DB, Outdoor air inlet temperature: 7℃ DB 6o
OUTDOOR UNIT
51/52
Model Power Supply
Hi-FLEXi G+ Series
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
571
605
3
2
572
606
3
2
573
607
3
2
634
667
3
3
635
668
3
3
665
709
4
2
1,730×
（950+1,210）
×750
1,930×(1,015+1,275)×790
1,730×
（950+1,350）
×750
1,930×
（1,015+1,420）
×790
1,730×（1,210+1,210）×750
1,930×（1,275+1,275）×790
Ф28.6
Ф15.88
40
165(190*)
50(90*)/40(90*)
15(30*)
68/69
Ф31.75
Ф19.05
43
165(190*)
50(90*)/40(90*)
15(30*)
69/70
Ф31.75
Ф19.05
47
165(190*)
50(90*)/40(90*)
15(30*)
71/73
Ф31.75
Ф19.05
50
165(190*)
50(90*)/40(90*)
15(30*)
72/73
Ф31.75
Ф19.05
53
165(190*)
50(90*)/40(90*)
15(30*)
72/73
Ф38.1
Ф19.05
56
165(190*)
50(90*)/40(90*)
15(30*)
72/73
-5~52*
-20~16.5
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
AVWT-96U*
AVWT-136U*
68.0
232.0
17.56
3.87
76.5
261.0
16.3
4.71
21,900
AVWT-114U*
AVWT-136U*
73.5
250.8
19.27
3.81
82.5
281.5
18.0
4.59
22,200
AVWT-114U*
AVWT-154U*
78.5
267.8
21.26
3.69
87.5
298.6
20.3
4.30
22,200
AVWT-96U*
AVWT-190U*
84.0
286.6
23.37
3.59
94.5
322.4
22.8
4.15
25,500
AVWT-114U*
AVWT-190U*
89.5
305.4
25.08
3.57
100.5
342.9
24.5
4.11
25,800
AVWT-154U*
AVWT-170U*
95
324.1
26.97
3.52
106.0
361.7
26.25
4.04
26,100
Ivory White
AVWT-232UKSZA
AVWT-232U8SZA
AVWT-250UKSZA
AVWT-250U8SZA
AVWT-268UKSZA
AVWT-268U8SZA
AVWT-287UKSZA
AVWT-287U8SZA
AVWT-306UKSZA
AVWT-306U8SZA
AVWT-324UKSZA
AVWT-324U8SZA
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
24HP 26HP 28HP 30HP 32HP 34HP
Model Power Supply
Hi-FLEXi G+ Series
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
666
710
4
2
727
770
4
3
788
830
4
4
789
831
4
4
790
832
4
4
1,730×
（1,350+1,350）
×750
1,930×
（1,420+1,420）
×790
1,730×
（1,210+1,210）
×750
1,930×
（1,275+1,275）
×790
1,730×
（1,210+1,350）
×750
1,930×
（1,275+1,420）
×790
Ф38.1
Ф19.05
59
165(190*)
50(90*)/40(90*)
15(30*)
72/73
Ф38.1
Ф19.05
64
165(190*)
50(90*)/40(90*)
15(30*)
72/73
Ф38.1
Ф19.05
64
165(190*)
50(90*)/40(90*)
15(30*)
74/74
Ф38.1
Ф19.05
64
165(190*)
50(90*)/40(90*)
15(30*)
74/74
Ф38.1
Ф19.05
64
165(190*)
50(90*)/40(90*)
15(30*)
74/74
-5~52*
-20~16.5
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
AVWT-170U*
AVWT-170U*
100
341.2
28.74
3.48
112.0
382.1
27.9
4.01
28,800
AVWT-154U*
AVWT-212U*
106.5
363.4
32.70
3.26
119.0
406.0
31.4
3.79
27,900
AVWT-190U*
AVWT-190U*
112
382.1
32.84
3.41
126.0
429.9
32.8
3.84
30,600
AVWT-190U*
AVWT-212U*
117.5
400.9
36.52
3.22
132.0
450.4
35.5
3.72
31,500
AVWT-212U*
AVWT-212U*
123
419.7
40.20
3.06
138.0
470.9
38.2
3.61
32,400
Ivory White
AVWT-340UKSZA
AVWT-340U8SZA
AVWT-364UKSZA
AVWT-364U8SZA
AVWT-382UKSZA
AVWT-382U8SZA
AVWT-398UKSZA
AVWT-398U8SZA
AVWT-420UKSZA
AVWT-420U8SZA
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
36HP 38HP 40HP 42HP 44HP

Product Line
Notes:
C DB 19o
C DB 6o
Notes:
C DB 19o
C DB 6o
OUTDOOR UNIT
53/54
Model Power Supply
Hi-FLEXi G+ Series
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
906
962
5
3
907
963
5
3
968
1,023
5
4
969
1,024
5
4
999
1,065
6
3
Ф41.3
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
74/75
Ф41.3
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
74/75
Ф41.3
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
74/75
Ф41.3
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
75/75
Ф41.3
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
74/75
-5~52*
-20~16.5
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
AVWT-114U*
AVWT-154U*
AVWT-170U*
128.5
438.4
35.63
3.61
143.5
489.6
34.3
4.18
36,600
AVWT-114U*
AVWT-170U*
AVWT-170U*
133.5
455.5
37.39
3.57
149.5
510.1
35.99
4.15
39,300
AVWT-114U*
AVWT-154U*
AVWT-212U*
140
477.7
41.36
3.38
156.5
534.0
39.5
3.97
38,400
AVWT-114U*
AVWT-170U*
AVWT-212U*
145.0
494.7
43.12
3.36
162.5
554.5
41.1
3.95
41,100
AVWT-170U*
AVWT-170U*
AVWT-170U*
150
511.8
43.10
3.48
168.0
573.2
41.9
4.01
43,200
Ivory White
1,730×
（950+1,210+1,210）
×750
1,930×
（
1,015+1,275+1,275）
×790
1,730×
（950+12,10+1,350）
×750
1,930×
（
1,015+1,275+1,420）
×790
1,730×(1,210+1,210+1,210)×750
1,930×(1,275+1,275+1,275)×790
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
AVWT-438UKSZA
AVWT-438U8SZA
AVWT-454UKSZA
AVWT-454U8SZA
AVWT-476UKSZA
AVWT-476U8SZA
AVWT-494UKSZA
AVWT-494U8SZA
AVWT-510UKSZA
AVWT-510U8SZA
Model Power Supply
Hi-FLEXi G+ Series
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
1,060
1,125
6
4
1,061
1,126
6
4
1,122
1,186
6
5
1,123
1,187
6
5
1,184
1,247
6
6
1,185
1,248
6
6
Ф41.3
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
75/76
Ф44.5
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
75/76
Ф44.5
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
76/76
Ф44.5
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
76/76
Ф44.5
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
76/76
Ф44.5
Ф22.2
64
165(190*)
50(90*)/40(90*)
15(30*)
76/76
-5~52*
-20~16.5
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
AVWT-154U*
AVWT-170U*
AVWT-212U*
156.5
534.0
47.07
3.32
175.0
597.1
45.4
3.86
42,300
AVWT-170U*
AVWT-170U*
AVWT-212U*
161.5
551.0
48.83
3.31
181.0
617.6
47.0
3.85
45,000
AVWT-170U*
AVWT-190U*
AVWT-212U*
167.5
571.5
50.89
3.29
188.0
641.5
49.5
3.80
45,900
AVWT-170U*
AVWT-212U*
AVWT-212U*
173
590.3
54.56
3.17
194.0
661.9
52.2
3.72
46,800
AVWT-190U*
AVWT-212U*
AVWT-212U*
179
610.7
56.62
3.16
201.0
685.8
54.6
3.68
47,700
AVWT-212U*
AVWT-212U*
AVWT-212U*
184.5
629.5
60.29
3.06
207.0
706.3
57.3
3.61
48,600
Ivory White
1,730×(1,210+1,210+1,350)×750
1,930×(1,275+1,275+1,420)×790
1,730×(1,210+1,350+1,350)×750
1,930×(1,210+1,420+1,420)×790
1,730×(1,350+1,350+1,350)×750
1,930×(1,420+1,420+1,420)×790
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
AVWT-534UKSZA
AVWT-534U8SZA
AVWT-551UKSZA
AVWT-551U8SZA
AVWT-572UKSZA
AVWT-572U8SZA
AVWT-590UKSZA
AVWT-590U8SZA
AVWT-611UKSZA
AVWT-611U8SZA
AVWT-630UKSZA
AVWT-630U8SZA

Product Line
Notes:
C DB 19o
C DB 6o
Notes:
C DB 19o
C DB 6o
OUTDOOR UNIT
55/56
Model Power Supply
Hi-FLEXi G+ Series
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
1,301
1,378
7
5
1,302
1,379
7
5
1,363
1,439
7
6
1,364
1,440
7
6
1,394
1,481
8
5
1,455
1,541
8
6
1,730×(950+1,210
+1,210+1,350)×750
1,930×(1,015+1,275
+1,275+1,420)×790
1,930×
（1,015+1,275
+1,275+1,420）
×790
1,930×(1,275+1,275
+1,275+1,420)×790
1,930×(1,275+1,275
+1,420+1,420)×790
1,730×
（950+1,210
+1,210+1,350）
×750
1,730×(1,210+1,210
+1,210+1,350)×750
1,730×(1,210+1,210
+1,350+1,350)×750
1,730×
（950+1,210+1,350+1,350）
×750
1,930×
（1,015+1,210+1,420+1,420）
×790
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
76/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
76/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
76/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
76/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
76/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
76/77
-5~52*
-20~16.5
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
AVWT-114U*
AVWT-154U*
AVWT-170U*
AVWT-212U*
190
648.3
57.51
3.30
212.5
725.1
53.4
3.98
52,800
AVWT-114U*
AVWT-170U*
AVWT-170U*
AVWT-212U*
195
665.3
57.49
3.39
218.5
745.5
55.1
3.97
55,500
AVWT-114U*
AVWT-154U*
AVWT-212U*
AVWT-212U*
201.5
687.5
61.46
3.28
225.5
769.4
58.6
3.85
54,600
AVWT-114U*
AVWT-170U*
AVWT-212U*
AVWT-212U*
206.5
704.6
63.22
3.27
231.5
789.9
60.2
3.84
57,300
AVWT-170U*
AVWT-170U*
AVWT-170U*
AVWT-212U*
211.5
721.6
63.20
3.35
237.0
808.6
61.0
3.88
59,400
AVWT-170U*
AVWT-170U*
AVWT-190U*
AVWT-212U*
217.5
742.1
65.26
3.33
244.0
832.5
63.4
3.85
60,300
Ivory White
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
AVWT-649UKSZA
AVWT-649U8SZA
AVWT-666UKSZA
AVWT-666U8SZA
AVWT-688UKSZA
AVWT-688U8SZA
AVWT-705UKSZA
AVWT-705U8SZA
AVWT-722UKSZA
AVWT-722U8SZA
AVWT-742UKSZA
AVWT-742U8SZA
Model Power Supply
Hi-FLEXi G+ Series
Combination
Nominal Capacity
Nominal Capacity
Power Consumption
Power Consumption
EER
COP
Cooling Operation
Heating Operation
Refrigerant Piping
Max. Piping Length
Height Difference
Noise Level (208~230V/380~415V)
Operation Range
1,456
1,542
8
6
1,517
1,602
8
7
1,518
1,603
8
7
1,579
1,663
8
8
1,580
1,664
8
8
1,730×(1,210+1,210
+1,350+1,350)×750
1,930×(1,275+1,275
+1,420+1,420)×790
1,730×(1,210+1,350+1,350+1,350)×750
1,930×(1,275+1,420+1,420+1,420)×790
1,730×(1,350+1,350+1,350+1,350)×750
1,930×(1,420+1,420+1,420+1,420)×790
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
77/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
77/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
77/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
77/77
Ф50.8
Ф25.4
64
165(190*)
50(90*)/40(90*)
15(30*)
77/77
-5~52*
-20~16.5
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Between ODU&IDU
Between IDUs
Cooling
Heating
HP
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/h
mm
mm
Kg
Kg
mm
mm
m
m
m
dB(A)
o
C DB
o
C WB
AVWT-170U*
AVWT-170U*
AVWT-212U*
AVWT-212U*
223
760.9
68.93
3.24
250.0
853.0
66.2
3.78
61,200
AVWT-170U*
AVWT-190U*
AVWT-212U*
AVWT-212U*
229
781.3
70.99
3.23
257.0
876.9
68.6
3.75
62,100
AVWT-170U*
AVWT-212U*
AVWT-212U*
AVWT-212U*
234.5
800.1
74.66
3.14
263.0
897.4
71.3
3.69
63,000
AVWT-190U*
AVWT-212U*
AVWT-212U*
AVWT-212U*
240.5
820.6
76.72
3.13
270.0
921.2
73.7
3.66
63,900
AVWT-212U*
AVWT-212U*
AVWT-212U*
AVWT-212U*
246
839.4
80.39
3.06
276.0
941.7
76.5
3.61
64,800
Ivory White
AC3Φ380V~415V/50/60Hz
AC3Φ208~230V/60Hz
AVWT-761UKSZA
AVWT-761U8SZA
AVWT-782UKSZA
AVWT-782U8SZA
AVWT-800UKSZA
AVWT-800U8SZA
AVWT-821UKSZA
AVWT-821U8SZA
AVWT-840UKSZA
AVWT-840U8SZA

Product Line
OUTDOOR UNIT
57/58
Hi-FLEXi X Series
Hi-FLEXi X Series is equipped with large capacity full DC inverter
compressor. The wide capacity range and compact structure design
make it suitable for various place such as office building, shopping
mall, hospital, school and so on.
The system can run in a wide temperature range, the lowest temperature can reach -20o
C WB，ensure a good heating
effect in winter.
High efficiency and large capacity scroll compressor
Latest DC inverter-driven technology
Stepless fan speed regulation technology
Smart and accurate unit capacity allocation technology
Intelligent control mode
Wide Operating Range
Heating operation range
Cooling operation range
-20o
C WB
-5o
C DB
-25 -15 -5 5 15 25 35 45 55
+52o
C DB
+15o
C WB
Max. 85Pa
Max. 85Pa
Adopt high-efficiency DC fan motor
The use of high-efficiency fan reduces energy consumption of the motor
Can achieve industry-leading level of external static pressure 85Pa
The efficient axial fan is designed adopting CFD, finite
element 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.
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 exhaust the air ,with long distance supply air ,can effectively prevent short circuit of return
air,ensure good ventilation and heat exchange effects of outdoor units.
Super-long Piping Conditions, More Convenient Design
LayeredInstallation, FlexiblyCorrespondingtoHigh-riseBuildings
Airflow Schematic
Extra-high external static pressure design
Exhaust duct installation Layered installation effect picture
46.9443
45.4512
43.9582
42.4651
40.9721
39.4790
37.9859
36.4929
34.9998
Temperature℃
Max. piping length: 190m*
Max. total piping length: 1000m
Max. piping length between 1st branch and
indoor unit: 90m
Height difference between indoor units: 30m*
Height difference between outdoor and indoor unit
Outdoor unit is higher: 90m*
Outdoor unit is lower: 90m*
Note: For data marked by ※, please contact with our professional engineer.

Product Line
OUTDOOR UNIT
59/60
Notes: Notes:
1. Rated cooling capacity capacity is tested in the following conditions:
C DB 19o
C DB, pipe length : 7.5m, pipe height diference: 0m
1. Rated cooling capacity capacity is tested in the following conditions:
C DB 19o
C DB, pipe length : 7.5m, pipe height diference: 0m
8/10HP 12/14/16HP 18HP 20/22HP 24/26/28/30/32HP
Model Power Supply Model Power Supply
Hi-FLEXi X Series Hi-FLEXi X Series
Cooling Capacity Cooling Capacity
Heating Capacity Heating Capacity
EER EER
COP COP
Cooling Operation Cooling Operation
Heating Operation Heating Operation
Refrigerant Piping Refrigerant Piping
Max.Indoor Unit Connectable Max.Indoor Unit Connectable
Noise Level Noise Level
Max.Single piping length Max.Single piping length
Height
Difference
Height
Difference
197
223
1
1
197+224
223+248
1+1
1+1
197
223
1
1
197+224
223+248
1+1
1+1
224
248
1
1
224+224
248+248
1+1
1+1
227
250
1
1
224+227
248+250
1+1
1+1
247
272
1
1
224+247
248+272
1+1
1+1
197+197
223+223
1+1
1+1
227+247
250+272
1+1
1+1
247+247
272+272
1+1
1+1
1,720×950×750
1,882×1,018×828
1,720×(950+1,210)×750
1,720×1,210×750
1,882×1,278×828
1,720×(1,210+1,210)×750
1,720×(950+950)×750
Φ19.05
Φ9.53
13
62/54
190
50(40)
15
190
50(40)
15
190
50(40)
15
190
50(40)
15
190
50(40)
15
190
50(40)
15
-5~52*
-20~15
Φ28.6
Φ15.88
33
68/60
190
50(40)
15
190
50(40)
15
190
50(40)
15
190
50(40)
15
190
50(40)
15
190
50(40)
15
190
50(40)
15
-5~52*
-20~15
Φ22.2
Φ9.53
16
64/55
Φ28.6
Φ15.88
36
68/60
Φ25.4
Φ12.7
19
64/56
Φ28.6
Φ15.88
40
68/60
Φ25.4
Φ12.7
23
65/57
Φ31.75
Φ19.05
43
68/60
Φ28.6
Φ12.7
26
66/58
Φ31.75
Φ19.05
47
69/61
Φ28.6
Φ15.88
26
66/57
Φ31.75
Φ19.05
50
69/61
Φ31.75
Φ19.05
53
69/62
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Air Flow Rate
Net Weight
Gross Weight
Compressor Quantity
Cabinet Color
Gas Line
Liquid Line
Cooling Mode
HeatingMode
Between ODU&IDU
Between IDUs
Gas Line
Liquid Line
Cooling Mode
HeatingMode
Between ODU&IDU
Between IDUs
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/min
mm
mm
Kg
Kg
mm
mm
dB(A)
o
C
o
C
m
m
m
kW
KBtu/h
kW
kW
KBtu/h
kW
m³/min
mm
mm
Kg
Kg
mm
mm
dB(A)
o
C
o
C
m
m
m
22.4
76.5
5.25
4.27
25.0
85.3
5.62
4.45
155
AVWT-76UESRX
AVWT-114UESSX
56.0
191.1
13.82
4.05
62.5
213.3
14.51
4.31
155+175
28.0
95.6
7.31
3.83
31.5
107.5
7.61
4.14
170
AVWT-96UESRX
AVWT-114UESSX
61.5
209.8
15.88
3.87
69.0
235.5
16.5
4.18
170+175
33.5
114.3
8.57
3.91
37.5
128.0
8.89
4.22
175
AVWT-114UESSX
AVWT-114UESSX
67.0
228.6
17.14
3.91
75.0
256.0
17.78
4.22
175+175
40.0
136.5
11.05
3.62
45.0
153.5
11.08
4.06
190
AVWT-114UESSX
AVWT-136UESSX
73.5
250.8
19.62
3.75
82.5
281.5
19.97
4.13
175+190
45.0
153.5
13.16
3.42
50.0
170.6
12.47
4.01
190
AVWT-114UESSX
AVWT-154UESSX
78.5
267.8
21.73
3.61
87.5
298.6
21.36
4.10
175+190
AVWT-76UESRX
AVWT-96UESRX
50.4
172.0
12.56
4.01
56.5
192.8
13.23
4.27
155+170
AVWT-136UESSX
AVWT-154UESSX
85.0
290
24.21
3.51
95.0
324.1
23.55
4.03
190+190
AVWT-154UESSX
AVWT-154UESSX
90.0
307.1
26.32
3.42
100.0
341.2
24.94
4.01
190+190
Ivory White Ivory White
AVWT-76UESRX
AVWT-
190UESZX
AVWT-96UESRX
AVWT-
210UESZX
AVWT-114UESSX
AVWT-
229UESZX
AVWT-136UESSX
AVWT-
250UESZX
AVWT-154UESSX
AVWT-
268UESZX
AVWT-172UESZX
AVWT-
290UESZX
AVWT-
307UESZX
AC3Φ380~415V/50Hz AC3Φ380~415V/50Hz
8HP 20HP
HP HP
10HP 22HP
12HP 24HP
14HP 26HP
16HP 28HP
18HP 30HP 32HP

HISENSE_VRF_product_catalogue_2019.pdf

HISENSE_VRF_product_catalogue_2019.pdf

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HISENSE_VRF_product_catalogue_2019.pdf