KLİMA / FRESHIN+ SERİSİ

TMV6+ Intelligent VRF

Enhanced vapor injection technology Injecting part of the gaseous refrigerant into the compression chamber can greatly improve the low-temperature heating capacity and effectively reduce the exhaust temperature. SEER  TMV6+ full DC inverter intelligent VRF product, its

Cooling / Heating

2.7 kW / 2.9 kW (nominal)

Energy Class

A+++ cooling / A+++ heating

Sound Pressure (indoor)

22 dB(A) (Mute mode)

Refrigerant

R32, 0.805 kg (GWP 675)

TMV6+ Intelligent VRF
TMV6+ Intelligent VRF
TMV6+ Intelligent VRF
TMV6+ Intelligent VRF
TMV6+ Intelligent VRF
01 / 03

CLIMATE LAB

Technical specifications

Detailed engineering data for TMV6+ Intelligent VRF – including air system, installation dimensions and energy performance.

Cooling / Heating
2.73 / 2.93 kW
Declared capacity
SEER / SCOP
8.5 / 4.6
A+++ / A++
Indoor air flow
660 m³/h
Cooling / Heating
Refrigerant
R32 / 0.805 kg
GWP 675 / 0.544 tCO₂eq
Air / Compressor system
Fan speeds & compressor information.
Bu ürün için bağlantı verisi eklenmemiş.
Installation & Dimensions
Physical dimensions & operating limits.
Bu ürün için diğer teknik bilgiler eklenmemiş.
Refrigerating System
Refrigerant, circuit and related data.
Bu ürün için soğutma sistemi verisi eklenmemiş.
Electrical Data
Power supply and electrical characteristics.
Bu ürün için elektriksel veriler eklenmemiş.
Performance & Energy
Efficiency, capacities and sound levels.
Bu ürün için temel performans verisi eklenmemiş.

Enhanced vapor injection technology

Injecting part of the gaseous refrigerant 
into the compression chamber can greatly 
improve the low-temperature heating 
capacity and effectively reduce the exhaust 
temperature.

SEER 

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

 

SCOP

TMV6+ full DC inverter intelligent VRF product, its seasonal energy efficiency ratio is up to 4.49, seasonal coefficient of energy is up to 4.16

Refrigerant radiator

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 ensuring stable and safe operation.

Air cooling heat dissipation

Through the fan (fan) to strengthen the ventilation, strengthen the cooling effect, to maintain stable and reliable system operation.

Compressor backup operation

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.

Emergency operation of fan motor

Some outdoor units are designed with dual fan, if the one fan motor fails, the other motor also can work normally, to avoid impact consumer's work and life.

ODU backup operation

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

Anti-adversity function

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.

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 (the higher ODU) is 100m.
The max distance between the IDU and the ODU (the lower ODU) is 110m
The maximum distance between indoor units is 40m.
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.

BMS Gateways