TMV6+ Super Catalog - 电子画册在线预览、各类电子画册在线制作-云展网平台

2 CONTENTS

Powerful cooling & heating

·High-efficiency scroll DC inverter compressor with EVI

·Double C high efficiency condenser

·DC inverter fan motor

·High efficiency axial fan

·36°C Three-stage supercooling technology*

·Intelligent inverter technology

·Air-cooled & refrigeration-cooled technology

·SEER

·SCOP

·\"2-1\"loop design

Authoritative attestation

DC inverter scroll compressor

High efficiency \"2-1\" refrigerant flow

0 ~ 480~Hz stepless frequency adjustment

Four seasons energy-saving mode

Variable evaporating/condensing temperature

regulation technology

Multi-priority modes, VIP priority service

R410A High-efficiency environmentally friendly

refrigerant

RoHS Certification

·Six levels oil return technology

·High precision refrigerant control technology

· Wide voltage range

· -30°C~56°C Ultra wide operating temperature range

·Pressure self-regulating technology

·Triple backup function

·Rotation function

·Multiple protections

Company Profile

·Intelligent Control

·Non-polar CAN bus communication technology

·Multiple control solutions

·VRF WiFi & APP control solution

·AHU connection kit

·Intelligent Control System

Intelligent-operation &

maintenance control

High efficient energy-saving

& environmental friendly

Stable & reliable performance

·Constant temperature

·Silent-mode

·Fresh air

·Comfortable soft wind

·Auto restart function

·Intelligent defrost technology

Comfortable & healthy

environment

Convenient Installation and

Maintenance

72 Installation options

·13 basic modules, satisfy all kind of requirement

·Super long refrigerant pipeline design

·Single system can connect 80 IDUs

·130Pa external static pressure

·Compact design and convenient transport

·One-touch commissioning function

·Non-polarity communication connection

·360°pipe connection design

·Emergency power-off function for IDU maintenance

·Commissioning software

·Auto-addressing function

48 ODU/IDU lineup & parameters

·360° Q8 cassette

·Compact cassette

·Slim duct

·Free static pressure duct

·Wall-mounted(External EXV)

·Wall-mounted(50Hz Built-in EXV)

·Wall-mounted(60Hz Built-in EXV)

·High static pressure duct

·Fresh air duct

·Ceiling & floor

·One-way cassette

·Two-way cassette

4 BUSINESS OVERVIEW

The Creative Life

TCL is a leading global tech brand in display panels, TVs, home comfort and mobile devices. Founded

in 1981, TCL operates its manufacturing and R&D centers worldwide and has products and services in

160+ countries.

At TCL, we are dedicated to improving people's lives and experiences with our innovative technology.

Our products and services aim to solve problems, bring joy to families and friends, and create a safer

and healthier world. We aspire to inspire and empower people to pursue greatness in their lives.

Air Conditioners & HVAC

Refrigeration & Laundry Appliances

Homa Refrigerators

Large-size Display & Internet Business

Mid & Small-size Display Terminals

Smart Commercial Display Terminals

Smart Connectivity

Smart Home

Photovoltaic Technology

Smart Home Appliances

Display Business

Innovative Businesses

Introduction Of TCL

TCL Corporation LTD, founded in 1981, is one of the largest consumer electronics conglomerates and

operates on a global scale in China. At present, TCL has formed four industrial groups including multimedia,

communication, China Star Optoelectronics Technology and TCL Home Appliances, and six business

segments including System Science and Technology Business Headquarters, Tikeli Group, emerging

Business Group, Investment Business Group, Hanlinhui Company and real estate. Its revenue exceeded 100

billion yuan for 5 consecutive years. The group's main industries establish R&D headquarters and 26 R &

D institutions where in China, the United States, France, Singapore and other countries. It has nearly 22

manufacturing and processing bases in China, Poland, Mexico, Thailand, Vietnam and other countries.

TCL Corporation is committed to becoming a high-tech industrial group. In January 2004, TCL was listed

in Shenzhen Stock Exchange (SZ000100). On April 16, 2019, the restructuring was officially completed.

After the restructuring, TCL owns two listed companies: Hua Xian Optoelectronics (00334.HK) and

Hanlinhui (835281). TCL Owns two listed companies: TCL Electronics (01070.HK) and Tonly Electronics

Holdings Limited (01249.HK).

After nearly 40 years of development, TCL has become a leader in the internationalization process of

Chinese enterprises by virtue of China's reform and opening-up and adhering to the enterprise spirit of

dedication and innovation.

When COVID-19 broke out In January 2020, TCL immediately rushed to Hubei, donating cash, materials

and Internet services that accumulative worth over 20 million yuan, and went to Leishenshan and other

designated hospitals to install electrical equipment. In July, TCL Technology announced that it would

become the final transferee of 100% equity of Tianjin Zhonghuan Group. TCL also carried out strategic

layout in the three industrial sectors of semiconductor display, intelligent terminal, semiconductor and

new energy. In August, TCL Technology announced the acquisition of 60 percent of Suzhou Samsung LCD

Technology Co., LTD and 100 percent of Suzhou Samsung Display Co., LTD.

In 2021, TCL Corporation annual revenue was exceed 39.4 billion dollar, significant increase in net profit.

In the same year TCL start up ‘Xuri Plan’ which invest more than 3.15 billion dollar to promote ecological

leadership and help industrial upgrading.

In the future, TCL will establish a perfect insight system that is close to consumers and run through

the overall process of corporate activities, forming the driving force of TCL brand with product force,

marketing force and experience force as the core, improving the overall brand image to the direction of

\"young, fashionable and international\", and further strengthening innovation and consumption experience.

GD TCL Intelligent Heating&Ventilating Equipment CO.,LTD. is a developmental company integrating R

& D, manufacturing, sales and service of HVAC equipment. It has achieved the full coverage of unit type

light commercial, small multi connected household central air conditioning, multi connected central air

conditioning, air-cooled modular machine series, household dual supply series, air source heat pump hot

air machine series, ultra-low temperature modular machine series, household air energy water heater series,

commercial air energy hot water series and other products. It has 4 R & D departments and 20 laboratory

groups. This year, TCL -HVAC's new base will be put into use. By then, the new and old bases will have 27

world-class production lines with an annual capacity of more than 2 million sets.

The test center of TCL -HVAC has been recognized by China National Accreditation Service for

Conformity Assessment (CNAS), which lays a solid foundation for the improvement of independent R & D

ability and laboratory management ability, as well as the establishment of a customer-centered, qualityoriented, product performance and product innovation improvement system.

With professional technology and service ability, and nearly 20 years of historical precipitation and

market accumulation, TCL -HVAC has been fully verified in the market and gained a good reputation in the

market.

TCL intelligent HVAC’s future can be expected!

Introduction Of TCL CAC

6 The TMV6+ Full DC Inverter VRF system leverages premium

components, including internationally renowned compressors,

DC motors, and high-precision EXVs. This integration of

advanced technologies enables the system to deliver superior

cooling and heating performance.

DC inverter

compressor

DC inverter

fan motor

36℃ Three-stage

supercooling technology

Intelligent inverter technology

Air-cooled & refrigenant-cooled

technology for main control board

Double C-type high

efficiency heat exchanger

High efficiency axial fan

POWERFUL

COOLING AND HEATING

8 High-efficiency scroll DC inverter compressor with EVI

Enhanced vapor injection technology

low fuel discharge and

reduction design

Foreign body prevention

technology

Axial flexible design

Select the material of the

high-strength pump body

High-reliability two-stage oil

supply

Asymmetric vortex line efficient oil film sealing design

High efficiency centralized coil motor

Large displacement combined

with wide frequency range

exhaust anti-reverse design Multi-stage pressure relief pump High reliability bearing design

injecting part of the gaseous refrigerant

into the compression chamber can greatly

improve the low-temperature heating

capacity and effectively reduce the exhaust

temperature.

internal optimization of oil circuit

circulation, local oil blocking

design, to achieve low oil

discharge rate;

oil pool filter, suction filter,

enthalpy increase filter, all-round

protection compressor, improve

reliability.

Using new asymmetric scroll profile, reduce leakage loss, reduce ineffective suction overheating, improving compressor efficiency.

through the back pressure

adjustment to achieve the axial

floating of the moving disc,

improve the overall reliability and

performance of the compressor;

combined with the product design

and use range, the strongest

material is QT400 to ensure the

combined with centrifugal oil supply reliability of the monomer;

and differential pressure oil supply,

to ensure the full lubrication of each

friction under different speeds and

different controls;

hydrodynamic lubrication, oil

film sealing of the compression

chamber, effectively reduce

friction, improve performance and

reliability;

select asymmetric line to

effectively reduce overheating

losses and leakage losses, and

improve the efficiency of the unit;

excellent groove design, to ensure the

energy efficiency of each frequency;

speed range 14~160rps,

displacement up to 96cc, strong

power, expand the scope of usage.

exhaust valve adopts check

valve to effectively prevent liquid

compression and improve the

reliability of working conditions

with liquid;

all three bearings are PTFE coated

plain bearings with low noise and

vibration to ensure long-term

reliability;

dynamically adjust the intermediate

pressure according to the operating

conditions to prevent overcompression under low compression

ratio and improve the operating

efficiency of low load;

1.1

6 7 8

Powerful Cooling and Heating

Dual-Mode Enthalpy Enhancement Technology

Our Dual Enthalpy Enhancement Technology ensures exceptional performance in extreme conditions, providing strong cooling

at 56°C and powerful heating at -30°C.

It intelligently manages refrigerant flow in both modes. In cooling, it increases circulation and subcooling to prevent noise after

long pipe runs. In heating, it injects vapor into the compressor to boost refrigerant flow when outdoor temperatures plummet.

This results in a reliable, stable system capable of effective heating even at very low temperatures.

>>Asymmetric vortices

In view of the high pressure characteristics of R410A refrigerant, the compressor

strengthens the bearing structure and adopts the design of asymmetric scroll

disk, which has the following advantages over the symmetrical scroll disk:

Reduce refrigerant leakage and improve efficiency;

Two adjacent chambers have small pressure difference, small

vibration and more mute;

Prevent over compression, prolong the service life of the compressor.

Motor rotor with neodymium magnetic material

Neodymium, an artificial permanent magnet, is one of the strongest

magnetic materials to date. The magnetic force of neodymium

magnet is 10 times that of common ferrite magnet. Under the same

volume, the electromagnetic field intensity is stronger, the starting

torque is larger, and the operation efficiency is higher.

Neodymium Magnets Ferrite Magnet

Enhanced Vapor Injection (EVI) with Two-Stage Compression

Refrigerant circulation

is increased through

vapor injection.

Enthalpy

The evaporation capacity of the ODU is enhanced

m+ △ mm Increase in refrigerant flow

Air jet + gas

Pressure

Traditional VRF

Enthalpy

Gas

Pressure

Enhanced Vapor Injection (EVI) Compressor

Main throttle valve Plate heat exchanger

Auxiliary throttle valve

Increase refrigerant circulation

Enhance the indoor unit capacity

Enhanced Vapor Injection (EVI) Compressor Improve the degree of supercooling, strengthen the evaporation capacity

10 The Double C-type compact heat exchanger features a super-large surface area. This design not only increases

heat exchange efficiency but also reduces system pressure loss, resulting in superior performance under heavy-load

conditions.

*Note : Only for 28HP and above.

This new structural design optimizes system performance under partial loads while

minimizing the unit's overall footprint.

32HP occupies only 1.6055m2

, which is 21.4% less than the previous generation

Heat exchanger adopts the perfect combination of multi-coated hydrophilic aluminum foil heat exchange fins

and high-efficiency internally threaded heat exchange copper tubes, which greatly improves the heat exchange

efficiency and enhances the corrosion resistance and oxidation resistance of the heat exchanger.

The internally grooved surface of the

copper tube increases the refrigerant's

surface area contact, directly enhancing

the heat exchanger's thermal conductivity

and overall performance.

The use of multiple rows of smalldiameter tubes with reduced

spacing increases the tube count

per unit length, thereby significantly

expanding the heat exchange area

and boosting efficiency.

The hydrophilic aluminum foil promotes condensate to form a thin, rapidly draining

film instead of discrete water droplets. This increases the effective heat exchange

area, accelerates the rate of heating and cooling, and eliminates acoustic noise

caused by airflow obstruction.

φ7 Heat Exchange Copper Tube Internally threaded copper tubes

Lubricating layer

By breaking the surface tension

of water, the system ensures rapid

d ra i n a g e o f c o n d e n s a t i o n a n d

meltwater. This minimizes the insulating

effect of water lingering on the coils,

leading to enhanced heat transfer and

increased cooling capacity.

Ensure that the air conditioner is not

easy to form frost when heating.

The heat exchanger is designed to resist

corrosion from aggressive gases.

Hydrophilic coating

Corrosion resistant coating

fins

Hydrophilic aluminum fin

32HP

Reduction from

the TMV6+S

21.4%

Powerful Cooling and Heating

This new structural design optimizes system performance under partial loads while

1.2 Double 'C' type heat exchanger*

Double C-Type heat exchanger Traditional VRF

High voltage (concentrated coil) DC motor

750mm Large size axial fow fan

The outdoor unit fan motor adopts a high-voltage

centralized winding DC motor, which has a more stable

and reliable output, effectively reduces losses and

improves operating efficiency.

Reduced coil height, reduced copper loss, higher

efficiency in low and medium speed zones.

The outdoor unit fan adopts φ750mm super-size wind wheel, compared with ordinary air conditioner φ540mm

dual fans, it has sufficient air volume, higher heat exchange efficiency and lower noise.

The fan is steplessly adjusted according to environmental conditions and air-conditioning load conditions, and is

matched with the compressor's stepless frequency conversion technology, so that the system runs more stable and

reliable.

Fan speed Stepless speed regulation

Low

High

1.Accurately adjust the refrigerant pressure to

improve the reliability of the unit;

2. The motor speed is adjusted quickly to better

adapt to the rapid changes in air-conditioning load.

Average speed

90Hz

1.3

1.4

750mmSuper size fan

φ φ 540mm Common dual fans φ 540mm Common dual fans

Concentrated coil motor

Improve motor efficiency

And reduce motor noise

Neodymium magneto rotor

The original rotor The new rotor

12 This design elevates heat exchange performance by integrating a 3-stage sub-cooling cycle—which increases the

unit mass refrigeration capacity and lowers flow resistance—with an electronic expansion valve that delivers precise,

stable control.

When the outdoor environment is35 ℃ , the outlet refrigerant of the heat exchanger is cooled to 37.1 ℃ , and the

primary and secondary supercooling can achieve degree of 11.2℃ .

A high-efficiency plate heat exchanger is employed as the secondary subcooler to cool the 37.1°C refrigerant

down to 36°C. This subcooling process reduces refrigerant flow resistance, which in turn enables the use of longer

piping runs. These improvements collectively contribute to higher system energy efficiency, enhanced cooling and

heating performance, and increased overall reliability.

Common

Refrigerant cooling temperature at 35℃ Condenser + supercooler

Plate heat exchanger Schematic diagram of plate heat exchangercirculation

TCL

Normal temperature and

high pressure refrigerant

Low temperature and

low pressure refrigerant

Temperature

Drop

1 1.2°C

Pressure

Enthalpy

* Note: Applicable to some models

Powerful Cooling and Heating

First

Second

Supercooled liquid

refrigerant

Gas liquid two phase

mixing state

Gaseous

Refrigerant

compressor

ODU IDU

Heat exchanger The first stage

of supercooling

The third stage

of supercooling

Heat exchanger

Secondary supercooling

1.5 3-Stage sub-cooling technology to achieve 36°C sub-cooling

Intelligent Inverter

Surrounding refrigerant cooling technology

The unit uses multiple sets of high-precision, high-efficiency and high-reliability intelligent

inverters to control the compressor and fan motors, making the control more flexible, efficient and

intelligent.

The outdoor unit's inverter module is cooled by refrigerant to ensure that the inverter module can

be effectively cooled in a high-temperature environment, reduce the working temperature of the

module board, and improve the reliability and service life of the electronic control system. It also

prevents poor heat dissipation under extreme conditions, such as due to the periodic stop of the

fan.

1.6

1.7

80°C

60°C

The wraparound refrigerant radiator can stably and efficiently take away the

heat in the frequency conversion module of outdoor unit, improve the electrical

reliability of the unit when working in high temperature environment, and

ensure stable and safe operation.

The heat dissipation plate is fitted 360°

tightly with the refrigerant tube, effectively

reducing the contact thermal resistance

between the copper tube and the heat

dissipation plate, and the heat dissipation

performance is superior.

Air cooling heat dissipation

Electric control system

Enhanced fan ventilation improves

cooling to ensure stable and reliable

system operation.

Refrigerant radiator

The cooling plate

Refrigerant pipe

Temperature drop

Intelligent inverter

1.Suppresses high-order harmonics and torque fluctuation

to achieve lower vibration and quieter operation.

2.Enables smooth starting by reducing inrush current,

thus minimizing grid impact and widening the

compressor's operational frequency band.

3.Maintains stable performance within a 243V-460V

voltage range, ensuring reliability under fluctuating power

conditions.

4.Features comprehensive safeguards against electrical

and thermal faults to protect system integrity and ensure

continuous operation.

14 The global climate is facing severe challenges, in order to achieve the

\"dual carbon\" goal, it has become an urgent issue for enterprises to

control carbon emissions effectively, improve energy efficiency and reduce

energy consumption. TCL CAC follows the product design concept of high

efficiency, energy saving and low carbon, use high-quality components

of efficient refrigeration and leading refrigerating technology, to achieve

building air-conditioning systems Integrate the goal of green, reliable and

efficient energy management.

HIGH EFFICIENT

ENERGY-SAVING AND

ENVIRONMENTAL FRIENDLY

14 Stepless inverter

technology RoHS certification

Variable evaporating/condensing temperature

adjustment technology

R410A refrigerant High energy-efficient

compressor

16 High Efficient Energy-saving and Environmental Friendly

SCOP

TMV6+ full DC inverter intelligent VRF product, its seasonal energy efficiency ratio is up to 7.28, seasonal coefficient

of energy is up to 4.49

TMV6+

2.2

SEER

SCOP

4.50

7.35

4.00

2.00

5.00

3.00

6.00

4.00

7.00

5.00

4.45

7.26

4.40

7.05

4.42

6.75

4.39

6.25

4.40

6.61

4.35

6.41

4.30

6.20

4.28

6.26

4.20

6.16

4.20

5.97

4.50

6.50

4.16

5.50

28HP

30HP

32HP

2.1 SEER

DC inverter scroll compressor

Authoritative attestation

High efficiency \"2-1\" refrigerant flow

The TMV6+ series full inverter VRF units, through

the compressor core frequency conversion

technology upgrade, the overall optimization of

the refrigeration system and the control system,

makes the unit energy-saving performance even

better, and has passed the Eurovent and CE

standard certification.

The gas-liquid mixed phase refrigerant offers superior heat transfer efficiency compared to purely gaseous or liquid

phases. This circuit is designed to maximize this advantage by simultaneously increasing both the proportion of liquid

refrigerant and its flow velocity, thereby significantly enhancing the overall heat exchange effectiveness.

Gaseous

Refrigerant

Gas-liquid

mixed phase

Liquid

Refrigerant

2.3

2.4

2.5

Common

2-1

Raise the liquid refrigerant in the heat

exchanger

To improve the heat transfer

efficiency

The DC variable frequency compressor adopts an asymmetric scroll structure to effectively reduce the leakage

loss of refrigerant gas during suction and inside the compression chamber, to improve the efficiency and reliability

of compressor operation.

Optimized asymmetric vortex line Suction directly

Concentrated winding motor Intermediate pressure servo mechanism

Using new type of asymmetric scroll profile can reduce

leakage loss and ineffective suction overheating, which

improves compressor efficiency.

Small suction preheating, high volume

efficiency

The intermediate pressure is dynamically

adjusted according to the operating pressure

to achieve axial flexibility, optimize the

orbiting and fixed scroll teeth, and improve

product performance.

The coil height of the concentrated winding motor is

reduced, the copper loss is less the efficiency is higher

in the middle and low speed areas.

Gaseous

Refrigerant

Liquid

Refrigerant

Gaseous

Refrigerant

Liquid

Refrigerant

Gas phase Liquid Gaseous

Refrigerant

Gas-liquid

mixed phase

Liquid

Refrigerant

18 The operating speed of the DC inverter compressor can be adjusted continuously and freely according to the change

of the system capacity. The accuracy is higher, the stepless frequency conversion is realized, and the sub-adaptive

control technology is combined, and the capacity output is automatically adjusted according to the actual control

load to ensure a higher level of accuracy. Smooth change curve to meet higher demands for comfort. TCL 's TMV6+

can only use broadband compressors and powerful inverter control motherboards for multiple connections. The

compressors operate at 0-480Hz broadband, which has more capacity and can better cope with various complex and

harsh extreme conditions.

The unit has industry-leading EER and Integrated Part Load Value IPLV (C)

480

Frequency(Hz)

Infinitely

Adjustable-speed

Multistage

Regulation

High Efficient Energy-saving and Environmental Friendly

2.6 0~480Hz stepless frequency adjustment

Select the automatic energy-saving mode, the system optimizes

output according to changes in ambient temperature, realizes

automatic control of energy-saving in all seasons, and improves the

overall energy efficiency of the unit's all-season operation.

2.7 Four seasons energy-saving mode

The compressor adopts 180° sine wave vector drive

technology, which can obtain an ideal smooth sine wave

curve, so that the motor runs smoothly, the electric energy

efficiency is higher, and the harsh sound is reduced.

Vector control technology effectively

suppresses high magnetic harmonic current and

electromagnetic noise, and has passed the national

EMC electromagnetic interference test

common

time time

current current

voltage voltage

Rectangular

wave

Rectangular

wave

TCL

Variable evaporating/condensing temperature regulation technology

R410A High-efficiency environmentally friendly refrigerant

Multi-priority modes, VIP priority service

RoHS Certification

The self-adaptive adjustment of evaporating and condensing temperature can ensure that when the air conditioner is

running, the refrigerant flow can be accurately controlled according to the demand, and the evaporating/condensing

temperature can be automatically adjusted to reduce temperature fluctuation, to achieve the effect of energy saving

and constant temperature.

Too hot

±0.5℃

Difference in temperature big

26℃

Too cold

26°

TMV6+

Time Ordinary

R410A is an HFC refrigerant that does not damage the ozone layer. Using

R410A can increase the COP and protect the ozone layer. It is an efficient and

environmental- friendly refrigerant.

The TMV6+ system can be set with a variety of operating modes, cooling only/heating only/cooling priority/heating

priority/VIP priority/first opening priority to prevent mode conflict.

TMV6+ full inverter VRF unit is highly efficient

and environmentally friendly. Seiko builds global

quality and has passed EU RoHS certification.

R410A is non-toxic and is a \"non-flammable refrigerant\".

2.8

2.10

2.9

2.11

Response only VIP priority

coolong

Respond only

heating

Cooling priority Heating priority

Hot

Cold

20 The demand for healthier indoor environments is rising, making

superior air quality in buildings a key priority. In response, TCL's

intelligent VRF systems are pursuing innovation to deliver

comfortable, clean, and healthy air—elevating everyday living to a

higher standard.

Extreme fast

cooling and heating

Silent-mode

Constant

temperature

COMFORTABLE AND

HEALTHY ENVIRONMENT

Fresh air

Comfortable

soft wind

Intelligent defrost

technology

Auto restart

function

22 Multiple sensors detect the real time temperature of the system to make sure the indoor temperature fluctuation

within ±0.5°C.

The outdoor unit has multiple electronic expansion valves which can adjust the refrigerant circulation and control the

compressor overheat accurately to get a precise temperature control.

Can detect accurate temperature

with precision ±0.5°C

This technology is mainly used to increase the refrigerant flow and improve the cooling effect when the indoor side

refrigerant flow is insufficient.

High precision and sensitivity can

detect the pressure fluctuation

quickly and accurately.

Multi-electronic expansion valves

High-precision temperature sensor

Refrigerant liquid by-pass technology

Dual pressure sensors

Electronic expansion valve

Comfortable and Healthy Environment

Refrigerant pipe

Supercooled

electronic

expansion valve

Electronic

expansion valve

for heating

Check valve

filter

supercooler

Automatically open/close

Electronic

expansion valve

Electronic

expansion valve

Max. 80 IDU

Check valve

3.1 Constant temperature

Multiple silence technology

The structure of each component is involved in optimized airflow analysis, which can not only operate with low

noise, but also ensure the air volume and operation effect of the outdoor unit.

3.2

noise

Ability

Load

Volume

IDU total load

Standard model

Silent night

Ultra silent operation

Common CAC

13 items of silent improvments

The outdoor unit can automatically detect and record

periods of peak ambient temperature. Once triggered, it

initiates a silent mode after an 8-hour delay. This mode

operates for 10 hours, maintaining a noise level as low as

45 dB(A) before the system reverts to normal.

In this mode, the running noise of the system will be

reduced to be 40dB(A).

Night mode Enable

Night mode

Peak outdoor

temperature

End

Night mode

8hrs 10hrs

Minimum reduction

15dB(A）

New designed

compressor with less

vibration and low

noise.

The upgraded pipe system design reduce pipe

system vibration at most.

3D simulation design with less

noise and vibration.

Sub cooling design can reach

to 36°C of the refrigerant

temperature to reduce the

noise of the piping system

Lower noise scroll

compressor

Stepless fan speed

control with less

vibration design.

2 Inverter fan motor

Adopt 4 biger size fan blades and CFD simulation

design to get bigger air volume, reduce the noise.

13 Fan blade design

The metal panels have

stronger strength to

reduce noise

Higher air volume, less

noise and vibration.

1 Air outlet grill

Built-in air guide design

reduce air resistance and

reduce noise effectively

12 New design of wind guide

Refrigerant flow noise

silencing treatment

Double-layer insulation

for compressor.

Jet silencer design

Sub-cooling technology

Rubber pads fix the

pipes

3D simulation chassis design 3D simulation pipe design

4 7

5 6

Reduce pipeline structure

noise and vibration

Night silent mode Super silent mode

24 TCL VRF can supply the multiple fresh air solutions such as fresh air processing units and air handing units etc.

The upgraded panels have a beautiful apperance and provide comfortable air supply .

Intake fresh air to indoor Fresh air

Discharge the dirty air

Dirty air

>>>>>>

Comfortable and Healthy Environment

>>>>>>

3.3 Fresh air solution

3.4 Comfortable soft wind panel (optional)

Intelligent defrost technology

Intelligent auto-restart function

In the event of a sudden power outage, the system automatically saves the unit's status prior to the shutdown. Once

power is restored, it resumes operation to the pre-shutdown state (including operating mode, set temperature, fan

speed, etc.) without requiring manual reconfiguration, delivering smarter service.

Note: This function can also start manually

The system can automatically decide the time to defrost according to the operation data and heating capacity.

Under high humidity condition, the system will defrost in advance to keep the room comfortable.

During defrosting, the system will shut off the indoor to avoid the cold air .

3.5

3.6

Common defrost Defrost Defrost

Defrost

Defrost Defrost

Defrost

Heating

operation

Heating

operation

Reduce

defrosting tims

Reduce

defrosting time

Reduce

defrosting time

Reduce

defrosting times

Heating

operation

Heating

operation

Heating

operation

Heating

operation

Heating

operation

TCL Intelligent

defrost

Defrosting without stop,

reduce defrosting time and times

Common defrost Heating capacity

Intelligent defrost Time

26 Non-polar CAN bus

communication

technology

VRF WiFi & APP control

solution

BMS gateways

Multiple control solutions

INTELLIGENT - OPERATION AND

MAINTENANCE CONTROL

CAN

AHU AHU connection kit

BMS

TCL's full DC inverter VRF systems are equipped with intelligent operation

and maintenance capabilities. This integrated solution ensures energyefficient operation, high performance, and intelligent management for

buildings.

28 4.1

During installation, the system automatically detects the number of indoor and outdoor units, communication

link status, and real-time feedback of installation abnormalities, making installation simple and easy.

Smart commissioning

When the equipment is running, the system record the best running status intelligently . And it will adjust the

compressor frequency and the step of the EXV for next time automatically .

Intelligent detection

Intelligent - Operation and Maintenance Control

Intelligent Control

During system operation, data will be recorded , abnormalities will be automatically detected and raised.

Smart detection

Non-polar CAN bus communication technology

TMV6+ adopts CAN bus communication technology, which is a communication technology applied in the field of

automobile and military industry.

4.2

TMV6 VRF(CAN communication) Other similar products in the industry(RS 485

communication)

Reliability High reliability and stable network The reliability is unstable and easy to be paralyzed

Communication

efficiency Up to 100kbs About 10kbs

Communication distance About 2000m About 1000m

Communication line

polarity No polarity, easy to debug Polarities need to be distinguished for installation

Scalability Easy to plug and play To add new device, the software must be changed,

and the scalability is poor

Wire control

Remote control

Packet controller

Centralized controller

Network centralized

control system

Intelligent building

control system

BMS

Intelligence

extensions

30 Intelligent - Operation and Maintenance Control

Remote Controller

Wired Controller

· Cooling / dehumidification / fan / heating /

automatic and other operation settings

· Temperature / fan speed setting

· Sleep/timer/swing/turbo and other functions

· Cooling / dehumidification / fan / heating / automatic and other operation

settings

· Temperature / fan speed setting

· Sleep / timer / swing / turbo and other function settings

· Monitoring function, big LCD screen displays the operation status of the unit

· Remote control signal available

Multiple control solutions

TMV6+ provides a variety control solutions for customers to choose .

4.3

Central Controller

· 7/10.1 inches and colorful screen display, beautiful appearance, touch screem,

easy operation.

· A variety of combinations, single or multiple machines can be operated

simultaneously.

· Up to 16 systems and 1280 indoor units can be connected, easy to set indoor

units parameters.(7 inch)

· It also has the schedule setting and historical fault query function.Up to 32

refrigerant systems and 1024 IDUs can be connected, easy to set indoor units

parameters(10.1 inch)

Central controller 10'' Central controller

4.4VRF WiFi & APP control solution

86J1 86N3 86V1

WiFi module

Connect the WiFi module with the air-conditioning system, and then match

the WiFi module with the wireless router through the mobile phone APP,

and the air-conditioning equipment is networked, so that the cell phone APP

can realize remote control of the air-conditioning system from a different

place and enjoy the convenience interconnection; KZH- D1

Intelligent APP

After the unit is networked, the air conditioning system can be controlled

through the Tsmart mobile APP, which can realize:

-Mode control of air conditioner cooling/heating/dehumidifying/air supply;

-Setting temperature, wind speed, timer on/off function settings;

-Single unit, group, cluster, all control;

52E 58E 85T

4.6Intelligent Control System

AHU Connection KIT

Solution to extend TCL VRF technology to

third party Air Handling Units.

√ Easy for connecting to third party AHU

√ Setting capacity by DIP

√ Remoter or wire controller can be chosen

√ 3 steps fan motor speed, Low/Mid/High

√ Error status: No error or error occurred

4.5

Communication wire Refrigerant pipe

AHU

AHU KIT

Type Condition Model Name Cooling Capacity Range

AHU

Kit

For room

return air

TMV-AK1 2.8-14kW

TMV-AK2 16-28kW

TMV-AK3 30-56kW

For outside

fresh air

TMV-AKF1 2.8-14kW

TMV-AKF2 16-28kW

TMV-AKF3 30-56kW

For room return air &

outside fresh air

TMV-BK1(E) 2.2-8kW

TMV-BK2(E) 9-16kW

TMV-BK3(E) 18-38kW

TMV-BK4(E) 40-58kW

TMV-BK5(E) 60-80kW

TMV-BK6(E) 82-112kW

32 Built on a foundation of advanced manufacturing and deep

technical expertise, TCL's commitment to quality is embodied in

our VRF systems. They are engineered to deliver stable, efficient,

and reliable performance, even under complex and variable

operating conditions.

Inverter module cooling

protection technology

High precision refrigerant

control technology

Pressure self-regulating

technology

Six levels oil return

technology

-30°C ~ 56°C

Ultra wide operating

temperature range

Triple backup function

Rotation function Multiple protections

STABLE AND RELIABLE

PERFORMANCE

34 5.1 6-Stage oil return technology

The VRF system have sufficient and balanced oil in working condition to ensure safety and avoid

potential oil shortages.

Oil balancing system improves compressor

oil storage and reliability, which also ensures

the unit in good performance in cooling /

heating mode.

TMV6+ is at the leading position on the oil separate, oil return, oil balance and storage technology. The oil system

equipped with precise 6 grade management to make sure compressor safety, stability and reliability.

Multistage Oil Control Technology

Automatic oil balancing

Level 1

Level 6

Oil /Mist separation

Oil block points

Centrifugal separation

Gravity separation

Efficiency off oil separation:99%

Intelligent oil

balancing control

Low pressure sensor

Stable and Reliable Performance

Oil return from the distributor

ODU.1

Gaseous separation gas

ODU.2

Gaseous separation gas

Level 1: Compressor internal oil separate

Level 2: Compressor external oil separate

Level 3: High-efficiency centrifugal oil separator

Level 4: Oil balance pipes between compressors to ensure compressors running normally

Level 5: Automatic oil balance system improves the compressor reliability

Level 6: Smart oil return program to ensure the oil return completely

Level 1

Oil return from the distributor

Level 2

Level 3

Level 4

Level 5

5.2 High precision refrigerant control function

The upgraded technology allows the system to manage the volume of refrigerant,and also reduct the refrigerant in

entire system and increase efficiency.

Liquid bypass control technology use multi-electronic expansion valve, it can adjust the refrigerant flow and control

the overheating degree of the compressor, ensure the compressor to be highly efficient, safety and reliable.

Automatically open/close

Electronic

expansion valve

Silent electronic expansion valve used for

indoor unit, precisely control refrigerant flow,

improve the comfort and reliability.

Electronic

expansion valve

Electronic

expansion valve

Electronic

expansion valve

Max. 80 IDUs

Check valve

5.3 Wide voltage range

The unit can operate in the range of

voltage 290V~460V (International

standard voltage 380V±10%),satisfy

all kinds of voltage conditions.

290V

460V

International Standard

342~418V

36 5.5 Pressure self-adjustment technology

Pressure sensor is used to check system pressure, and adjust compressor operation frequency, fan speed, electronic

expansion valve, to ensure the system with the best performance

High pressure sensor Cold suspected device

Low-pressure sensor feedback

the suction pressure, so the

unit can adjust quickly, to

ensure the high stability of the

system.

Compare system pressure

with the best pressure value

per five seconds, and adjust

the motor speed in time.

Monitor high pressure changes,

protect compressor from the

impact of pressure suddenly

change

Low pressure sensor

Evaporator

EXV

High pressure sensor

Low pressure sensor Adjust motor speed

High pressure sensor

Low pressure sensor

Stable and Reliable Performance

5.4 Wide operation temperature range -30°C ~ 56°C

Wide operation range, cooling:-15°C~56°C， heating: -30°C~28°C.

-20 -10 0 10 20 30 40 50 60 70 °C

-15°C 56°C Cooling

-50 -40 -30 -20 -10 0 10 20 30 40 °C

-30°C Heating 28°C

5.6 Triple back-up operation technology

In units with two compressors, if one compressor fails, the other compressor can run on its own, to ensure the air

conditioning system can work stably.

In a multi-unit system, if one outdoor unit fails, the other modules provide backup so that the system can continue operating.

Running state

Standby

Failure or shutdown status Running state Emergency operation

Emergency operation

Compressor backup operation

ODU backup operation

When one fan motor fails, another motor can

still run, to ensure the stable system operation.

Fan back up operation

Running state Running state Running state Running state Error Running state

Running state

38 Stable and Reliable Performance

Priority

4 3

2 4

1 2

Rotation operation technology

Multiple protection functions

5.7

5.8

If the system is connected to multiple modules, in order to ensure the balance of compressor operation, the

automatic control of the microprocessor on the host can realize the automatic rotation operation function

between the modules, effectively extend the service life of the unit.

Multiple protection functions to ensure the safe operation of the system.

Module Rotation

Fan

anti-reverse

Phase sequence

protection

Lightning

protection

High voltage

protection

Low voltage

protection

Anti-freeze

protection

Current

protection

Harmonic

suppression

Phase

protection

Anti-electromagnetic

interference protection

Temperature

protection

Pressure

Protection

Compressor overload

protection

Motor overheating

protection

Safety grounding

protection

This function balances the operating hours across all unit

compressors, promoting even wear to significantly extend

their service life. (Applicable to dual-compressor units).

Compressor Rotation

The external force blows

the outdoor unit fan to

rotate in reverse. At this

time, start and stop the

rotation of the fan, and

then restart the fan motor

in a forward rotation

according to the normal

procedure, so as not to

damage the fan motors

due to excessive starting

current.

An external force causes the fan to

rotate in the opposite direction

An external force causes the fan to

rotate in the opposite direction

Start the unit and stop running Positive rotation, low starting

torque, protect the fan blade

Instant reverse rotation, torque suddenly increased,

easy to cause fan blade damage

When the power cord of the outdoor unit is connected incorrectly,

the circuit will start self-protection to avoid impact and damage to

the main control board, inverter module and compressor. Ensure the

normal operation of the air conditioner, without accidental electrical

damage, fire, etc.

Automatically recognize the working voltage, when the voltage is too low, give an early warning in time, and

control the power consumption and capacity output of the multi-line system through the corresponding limit

frequency.

The outdoor unit has a builtin anti-seismic module, which

has anti-seismic and antiinterference functions to ensure

the safe and stable operation of

the system in bad weather.

When the compressor casing or

motor temperature is too high,

the circuit will automatically cut

off to prevent the compressor

from overloading and cause

electrical damage, fire, etc.

When the current exceeds the

set value, the temperature will

rise, and the motor will be cut

off in time during overcurrent

operation to protect the motor

from burning due to overload.

Anti-adversity function

Phase sequence protection

Low voltage recognition function

Lightning protection Compressor overload protection Motor overheating protection Against the wind Often gauge

L1 L2 L3 N

40 5.9 Anticorrosion design

It adopts anti-corrosion and anti-oxidation

hydrophilic aluminum foil heat exchange fins,

which have multiple protections of lubricating

coating, hydrophilic coating and corrosionresistant coating.

Improve the protection level of the motor. The

motor shaft is made of stainless steel. During the

installation process, the motor shaft, nuts, gaskets

and exposed motor shaft are coated with anti-rust

grease, and the motor body screws and top cover

screws are coated with silicone grease.

The main board is equipped with moisture-proof glue,

the sheet metal surface of the electric control box is

treated with anti-corrosion spray, and the top of the

metal casing fan capacitor is sprayed with anti-corrosion

paint separately.

The nails, nuts and washers are made of stainless

steel or high anti-corrosion materials, and the

screw heads inside the machine and outside the

electric control box are coated with silicone grease

for anti-corrosion.

It adopts surface phosphating treatment with good

anti-corrosion performance.

The surface of the sheet metal parts is phosphated

and coated with special anti-corrosion materials.

It improves the salt spray resistance and heat and

humidity resistance, and greatly improves the anticorrosion ability of the sheet metal.

Use special anti-corrosion coils. The base layer

of ordinary galvanized sheet is increased with

electrophoretic layer to achieve anti-corrosion

effect. The coil fixing screws are stainless steel

screws.

Hydrophilic aluminum fin

Motor protection upgrade

Electric control anti-corrosion Fastener

Pressure vessel

Thick sheet metal design

Special corrosion-resistant coil

Phosphating

Silicon grease

Lubrication layer Hydrophilic coating

Corrosion resistant coating

Stable and Reliable Performance

5.10 Electronic control board SMT placement technology

The electronic control main board adopts SMT patch sealing technology to improve the anti-clutter interference,

to ensure that the main board is not affected by wind, sand, high temperature and high humidity, and to make the

main control board longer.

SMT

CPU

Anti-snow function

Fault self-check

5.11

5.12

In the snowy weather conditions in winter, in order to prevent the snow from adversely affecting the top of the

outdoor unit fan,you can turn on anti-snow mode, the fan starts running to clear the snow to ensure the normal

operation of the unit.

TMV6+ series DC inverter intelligent VRF are equipped

with electronic control fault self-diagnosis function,

which can accurately locate the faulty parts and display

the fault code when a fault occurs, thus improving the

maintenance efficiency.

42 The TMV6+ is designed for diverse application scenarios, with its

installation environment requirements carefully considered. Its appearance

and functional design incorporate user-centric details that significantly

enhance installation convenience, accelerate the process, and simplify

future maintenance.

CONVENIENT INSTALLATION

AND MAINTENANCE

42 Super long refrigerant

pipeline design,

flexible structure

1100 Convenient for the transportation,

installation and commissioning

Big-capacity module design, easy

installation and space saving

130Pa The highest static

pressure for outdoor

unit

15 basic modules, satisfy

all kind of requirement

Commissioning software

Auto-addressing

function

Emergency power-off

function for indoor unit

maintenance

44 6.1 Intelligent multi-connection, easy to cope with the spatial layout

Our system is engineered to meet the exact needs of any building type. It features 13 scalable outdoor unit modules

(8-32 HP) that can be seamlessly combined to create powerful systems up to 128 HP. With a vast selection of over

100 indoor models across 9 categories (max 56 kW), our solutions offer ultimate flexibility. A single system can

integrate up to 80 indoor units, enabling fully customized climate control.

Convenient Installation and Maintenance

Max

capcity

128HP

6.2 1100m Super long piping design

The industry-leading piping length, with a total length of

1100m, makes floor design more flexible.

The max distance between the IDU and the ODU

(ODU is above) is 100m.

The max distance between the IDU and the ODU

(ODU is below) is 110m.

The maximum actual single pipe length is 220m.

The maximum equivalent single tube length is 240m.

The equivalent length from first indoor distributor to

last indoor uni120m.

The maximum distance between indoor units is 40m.

110m

100m

120m 40m

The outdoor unit

on top, the maximum

level difference is The intdoor unit on

top, the maximum

level difference is

Maximum

drop of IDU

Furthest IDU

Nearest IDU IDU

Max

6.4130Pa external static pressure

Engineered with advanced fan blades and a high-performance inverter motor, the system delivers a

superior external static pressure of 130Pa*. This ensures reliable and efficient heat dissipation.

6.3 Single system can connect 80 IDUs

TMV6+ adopts the international advanced CAN bus communication technology, and one system can connect up to

80 indoor units, ensure stable and reliable in operation, realizes a large-capacity configuration of a single system,

and is more flexible in engineering applications.

*Customizable to 130Pa.

Better heat dissipation, better refrigeration effect

MAX 130Pa

VRF static pressure contrast diagram

TMV6+

Ordinary VRF

TmvS

46 6.7 One-touch commissioning function

You can choose to debug on the outdoor unit side or remotely through the monitoring software to realize the

cooling and heating trial operation, no need opening the indoor units one by one, which is convenient for on-site

debugging and improves the quality of construction at the project site.

6.8 Non-polarity communication connection

CAN bus communication mode is applied between indoor and outdoor unit, no need to distinguish between

positive and negative poles, and the installation is simpler and more efficient.

Convenient Installation and Maintenance

6.6 Compact design and convenient transport

The outdoor unit module has only 4 basic structures with the same height, which simplifies the design process and

improves the flexibility of the system.

Parallel 8 to 12HP Parallel 14 to 22HP Parallel 24 to 26HP Parallel 28 to 32HP

925mm 845mm 1340mm 845mm 1760mm 845mm 1900mm 845mm 1780mm 1780mm 1780mm 1780mm

Emergency power-off function for IDU maintenance

Commissioning software

Auto-addressing function

6.10

6.11

6.12

If an indoor unit needs to be powered off for

maintenance due to failure, in order not to

affect the operation of the entire system, the

indoor unit can be powered off separately for

maintenance, and other indoor units in the

system can operate normally.

The commissioning software is specially developed for TCL air-conditioning

system, which can carry out real-time status monitoring and loading control

of the air-conditioning system.

It can monitor the real-time operation parameters of 4 outdoor units and 80

indoor units in parallel system; And the operating parameters can be showed

in Curve; It contains the function of saving the original data of operation,

which is convenient for the R & D Engineers to remotely analyze the cause

of failure; It also contains the forced load control function of the equipment,

which is convenient for loading maintenance verification on the project site.

The system can realize the automatic allocation of indoor unit address. There

is no need to dial code during commissioning, which avoids the trouble of

manual setting one by one. It is more intelligent and convenient.

4 ODUs

MAX

80 IDUs

2 IDU separately power off for maintenance

6.9 360°pipe connection design

These units allow the freedom to connect the piping in multiple directions,

such as front side, left side , right side and back side , making installation

easier.

48 8 to 12 HP

24 to 26 HP

14 to 22 HP

28 to 32 HP

Product parameters

ODU lineup 1. Specifications are based on the following conditions:

2. Cooling: Indoor temperature 27°C DB/19°C WB,and outdoor temperature 35°C DB/24°C WB.

3. Heating: Indoor temperature 20°C DB/15°C WB,and outdoor temperature 7°C DB/6°C WB.

4. Equivalent piping length:5m; Level difference:0m; Voltage:230V.

5. Sound Level: Indoor unit sound pressure level,measured at a point 1.5m downward from the unit center.

6. Outdoor unit sound pressure level,measured at a point 1.0m in front of the unit.

7. Optional simple wired controller; Universal remote controller; auto-restart(optional); Timer:only one circle.

8. Due to ongoing product development, specifications are subject to change without notice.

Notes:

ODU parameters(8-32HP)

1. Specifications are based on the following conditions:

2. Cooling: Indoor temperature 27°C DB/19°C WB,and outdoor temperature 35°C DB/24°C WB.

3. Heating: Indoor temperature 20°C DB/15°C WB,and outdoor temperature 7°C DB/6°C WB.

4. Equivalent piping length:5m; Level difference:0m; Voltage:230V.

5. Sound Level: Indoor unit sound pressure level,measured at a point 1.5m downward from the unit center.

6. Outdoor unit sound pressure level,measured at a point 1.0m in front of the unit.

7. Optional simple wired controller; Universal remote controller; auto-restart(optional); Timer:only one circle.

8. Due to ongoing product development, specifications are subject to change without notice.

Notes:

Model：TMV-VED+(**)W/AS-D(E)

252 280 335 400 450 504 560 615 680 730 785 850 900

8HP 10HP 12HP 14HP 16HP 18HP 20HP 22HP 24HP 26HP 28HP 30HP 32HP

Power Supply V~,Hz,Ph 380-415V 3N ~ 50Hz

Cooling

Capacity W 25200 28000 33500 40000 45000 50400 56000 61500 68000 73000 78500 85000 90000

Input W 7850 8890 12500 14550 18000 19530 24240 30000 31480 39460 34450 39950 45000

Current A 12.52 14.18 19.94 23.21 28.71 31.15 38.66 47.85 50.21 61.00 54.95 63.72 71.77

SEER W/W 7.35 7.26 7.05 6.75 6.25 6.61 6.41 6.2 6.5 5.5 6.26 6.16 5.97

ηs,c % 291.00 287.40 279.00 267.00 247.00 261.40 253.40 245.00 257.00 217.00 247.40 243.40 235.80

Heating

Capacity W 25200 28000 33500 40000 45000 50400 56000 61500 68000 73000 78500 85000 90000

Input W 6000 7180 9100 11420 15000 13800 16100 18700 18630 24740 23760 26130 28125

Current A 9.57 11.45 14.51 18.21 23.92 22.00 25.68 29.82 29.71 39.46 37.91 41.67 44.86

SCOP W/W 4.5 4.45 4.4 4.42 4.39 4.40 4.35 4.30 4.50 4.16 4.28 4.2 4.2

ηs,h % 177.00 175.00 173.00 173.80 172.60 173.00 171.00 169.00 177.00 163.40 168.20 165.00 165.00

Max. Input Consumption W 11300 12430 13730 18400 21390 23700 26070 31490 33270 41250 39440 41250 48700

Max. Current A 20.03 22.03 24.33 32.6 37.9 42.00 46.2 55.8 58.95 66.9 69.9 73.1 79.06

Circuit breaker A 25 25 32 40 40 50 63 63 63 80 80 80 80

Outdoor Fan Motor

(Output Power x Fan quantity) W 560×1 560×1 560×1 920×1 920×1 560×2 560×2 560×2 920×2 920×2 920×2 920×2 920×2

Air Flow Volume m3

/h 11000 11000 11500 13500 14000 19000 19000 20000 26000 26000 29000 29000 29000

Sound Pressure Level dB(A) 58 59 62 66 68 68 68 68 68 68 68 68 68

Sound Power Level dB(A) 83 84 86 90 93 93 93 93 93 93 93 93 93

Dimension

(W×D×H)

Net mm 925x845x1780 1340x845x1780 1760x845x1780 1900x845x1780

Packing mm 1000×925×1940 1415×925×1940 1835*925*1940 1975x925x1940

Weight

Net kg 215 215 215 270 270 315 315 320 380 380 455 455 455

Gross kg 225 225 225 290 290 335 335 340 405 405 480 480 480

Refrigerant

type/

Quantity

Type / R410A

Charged Volume kg 9 9 9 11 11 14 14 16 18 18 28 28 28

Refrigerant

Piping

Liquid Side Inches 3/8'' 3/8'' 1/2'' 1/2'' 1/2'' 5/8'' 5/8'' 5/8'' 3/4'' 3/4'' 3/4'' 3/4'' 3/4''

Gas Side Inches 3/4'' 7/8'' 1'' 1'' 9/8'' 9/8'' 9/8'' 9/8'' 5/4'' 5/4'' 11/8'' 3/2'' 3/2''

Max. Length

(from the first branch pipe) m 120

Max. Height

(outdoor on top/below) m 100/110

Ambient Temp (Cooling/Heating) °C -15~56/-30~28

50 Powerful High Efficiency Comfortable Stable

MiNi VRF

Full DC Inverter MINI VRF Unit

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