TMV

Enhance Vapor Injection DC Inverter Air Conditioning System

Strong cooling and heating

High efficiency energy saving

Stable reliable performance

Comfortable healthy environment

Intelligent operation control
Convenient installation Maintenance

Dual-Mode Enthalpy Enhancement Technology

Our Dual Enthalpy Enhancement Technology ensures exceptional performance in extreme conditions, providing strong cooling at 5 6 ^ { \circ } \mathsf { 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.

Enhanced Vapor Injection (EVI) with Two-Stage Compression

Traditional VRF

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

Ambient Temperature Range

With a reliable operating range from - 3 0 ^ { \circ } C { 5 6 ^ { \circ } } \mathsf C , this unit is engineered to perform in harsh conditions and diverse scenarios.

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.

Refrigerant Cooling

The refrigerant cooling technology can cool the PCBs in high ambient temperature condition, which improves the reliability, effciency and lifespan of the VRF units

360° Air Outlet Cassette

Soft Wind Panel

The optional Soft Wind Panel creates a 360° airflow for superior comfort.Air is dispersed through 2,565 microholes, which break up the direct airflow into a gentle, body-friendly breeze.

\*This is optional

360°Airflow

Experience a gentle breeze in every corner. Our system ensures uniform air distribution to eliminate hot and cold spots, maintaining a consistently comfortable temperature throughout your space.

Free ESP Duct Unit

Constant Air Volume

Fan motor automatically adjusts speed according to real-time wind resistance. To provide stable air volume to rooms.

High ESP

An ESP of up to 200 Pa supports longer air ducts and enables adaptation to a wider range of installation scenarios.

Low ESP Slim Duct Unit

Ultra-Thin Body Design

With a minimum height of only 200 mm, the unit saves significant space. Its drain pump can raise condensate up to 1200 mm.

Seven Gear Wind Speed

Precise fan speed control provides a more comfortable experience for wind-sensitive users.

One-way Cassette

Perfect for Diverse Installation Needs

Fits ceiling space as limited as 150 mm, Saves wall-mount space, Blends in with integrated home-style design.

Quiet Cooling

Quieter than a soft whisper in the library, TCL air-conditioner preserves your peaceful environment.

Smart Control

Built-in offline voice module supports intelligent voice commands without internet connection.

IDU lineup

Series

Type

Fanmotor

Model

Capacity r

ange(x100w)

18

22

25

28

32

36

40

45

50

56

63

71

80

90

100

112

125

140

160

180

220

224

280

450

560

360° Q8cassette

Cooling&Heating

DC

TMV-V(**)Q8/N1D1 (E)

●

●

大

C

●

●

●

C

●

●

O

C

●

compactcassette

Cooling&Heating

DC

TMV-V(**)Q4R/N1D1Y(E)

●

●

●

C

C

0

Low ESPSlim Duct

Cooling&Heating

DC

TMV-V(**)F5/N1DY(E)

●

●

●

●

●

●

●

●

O

●

●

●

●

Free ESP Duct

Cooling&Heating

DC

TMV-V(**)F2/N1DY(E)

●

●

●

C

●

●

●

C

●

●

●

Wall- mounted(External EXV)

Cooling&Heating

DC

TMV-V(**)G/N1DY-B(E)

●

O

O

Wall- mounted(Built-in EXV)

Cooling&Heating

AC

TMV-V(**)G/N1Y-B(E)

●

●

O

O

C

●

0

High staticpressure duct

Cooling&Heating

AC

TMV-V(**)F1/N1Y(E)

●

●

●

0

Fresh air duct

Cooling&Heating

AC

TMV-V(**)F1/XFN1Y(E)

●

●

●

Ceiling &Floor

Cooling&Heating

AC

TMV-V(**)ZD/N1Y(E)

●

●

●

●

●

●

●

●

0

●

One-waycassette

Cooling&Heating

DC

TMV-V(**)Q1/N1DY(E)

●

●

C

●

C

●

●

Two-waycassette

Cooling&Heating

AC

TMV-V(**)Q2/N1Y(E)

O

●

●

O

0