Tonnage	8 HP
Brand	Trane
Refrigerant	R410A
Airflow, CFM	12000 m3/h
Model Name/Number	TMR080ADB
Power Supply	380~415V-50Hz-3ph
Cooling Capacity	25.2 kW
Heating Capacity	27.4 kW
IPLV	8.70
Max. No. Of Connectable Indoor Units	12
Dimensions	1620x970x796 mm
Weight	208 Kg
Fan Max. Static Pressure	85 Pa
Refrigerant Charging amount	10 Kg
Chiller Oil Type	FV-68H
Connecting Pipe	Liquid- Phi 12.7mm(Flare connection), Gas- Phi 22.2mm(Braze connection)

For more than 100 years, Trane has been making buildings better, and now Trane is at an important strategic point in its history. We aim to continue making buildings better by Going beyond the building as we have gone beyond our legacy of being one of the world's leading HVAC companies, to also being thought of as a leader in services, connected buildings, and energy and building management

IPLV is calculated on the basis of testing the operating efficiency of the air conditioning unit under four different conditions.It not only reflects the multi-split system's operating efficiency under part-load conditions, but also brings about a unified test method, thus being able to demonstrate the multi-split system's energy saving property in a more reasonable manner.Unlike traditional   A/c systems, VRF systems  are advanced and can match load requirement and give much higher efficiency at  part loads.For such systems, an efficiency calculation is available – IPLV (Integrated Part Load Value). This measure considers variation of loads to calculate realistic efficiency of a VRF system.Genyue5+ , 5th Generation VRF , offers  part load performance upto 8.7* IPLV  exceeding  standard VRF systems performance  currently available in the market.

All Inverter Compressor System Greatly Boosts Performance

• Secrets Of The More Comfortable All Variable Speed System
• The GEN YUE series performance is substantially upgraded, and the inverter compressor effectively improves the system's self-adaptive adjusting capacity, enabling the system to reach the optimal operating state point of dynamic equilibrium and flexibly adjust output in line with load changes. For example, the 30HP system has two compressors for each module, so totally there are four inverter compressors.

On-demand Output Ensures High Efficiency And Energy Saving

• All variable speed system : The inverter compressors are simultaneously activated according to actual air conditioning needs, and they can fully meet the actual needs and enable on-demand output due to its adjustable capacity.
• Non-variable speed system : As the output is not controllable, it is usually in excess of the demand at first, and then slowly approaches to the actual need, which inevitably causes energy waste.

Precise Temperature Control, Stable And ComfortableAfter the target room temperature is set, the air conditioner activates to make the room temperature approaching to the set value. A non-variable speed air conditioning system will stop operation immediately when reaching the set temperature, and starts again when the temperature deviates from the target to a certain extent, which will inevitably produce evident room temperature change and thus compromise perceived comfort level.When the room temperature reaches the set value, an inverter air conditioning system will adjust output by changing the speed of compressors, so the system will keep running to  avoid temperature fluctuation in the room, thus ensuring a higher comfort level

DC Brushless Fan Motor With Low Noise And High Efficiency
Compact Structure, More Efficient Under Low Load OperationThe outdoor unit features brushless DC motor and compact structure, which can optimize the operating state of the unit under different conditions and greatly improve the operating efficiency at low load.

Absolute Comfort:

• Intelligent Defrosting, Effectively Extending Heating Time

The intelligent defrosting program determines whether to defrost on the basis of a collection of factors, including the environmental temperature, evaporation pressure, temperature changing rate and heating operating time. Effectively extends the running time of heating and avoids frequent and ineffective defrosting.