VRF With a Vision:
Trane® / Mitsubishi Electric VRF and Ductless

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Unbeatable Versatility, Exceptional Efficiency


Variable Refrigerant Flow (VRF) technology is taking the HVAC industry by storm.

VRF technology is a popular choice for a variety of building sizes and uses by offering higher energy efficiency, smaller footprints and greater flexibility. A trusted partner like Trane can help you understand the benefits of VRF technology, decide if a VRF system is the right fit for your project and help you design a complete system for your needs.


The Benefits of VRF:

VRF technology can provide many advantages, including:

Superior Energy Efficiency

VRF heat recovery systems provide simultaneous heating and cooling, and can respond to rapid changes in building load during periods of heavy demand.

Maximum Comfort

VRF technology delivers different occupant-selected temperatures to multiple zones — ideal for buildings with diverse occupancy patterns.

Outstanding Versatility

With a trusted partner like Trane, its design expertise can help customize a VRF system to meet the specific demands of virtually any size building.

Explore VRF Systems


Our VRF systems create a one-stop solution that includes Trane’s vast product portfolio, featuring Trane® / Mitsubishi Electric VRF technology, combined with best-in-class engineering knowledge and support resources.

VRF system design does not need to be complicated. By evaluating these four design considerations, you can help ensure a successful VRF system design for any commercial building project.

Should the VRF System be a heat pump or heat recovery type?

Heat pump

A Heat Pump system provides either heating or cooling to all of the connected zones. Typically, these systems are applied to spaces that experience uniform load profiles.

Heat recovery

A Heat Recovery system can simultaneously cool or heat any connected zone by redirecting energy from one space to another.

Will the ventilation air be conditioned to a predetermined supply air temperature or to ensure adequate space humidity?

Space

Removing moisture from the ventilation air to a level that offsets both outside air and space latent loads. This strategy can decouple sensible and latent loads and allows the indoor terminals to manage sensible loads only.

Outdoor air

Removing moisture from the ventilation air to a level that only offsets the latent load from the outside air. This strategy requires the indoor terminals to manage the space latent loads.

Will the ventilation air be conditioned by an energy recovery ventilator (ERV) or a DOAS?

ERV

Passive air-to-air energy recovery. Transfers energy from the somewhat conditioned air leaving the building, to the unconditioned air entering the building.

DOAS

Active cooling, heating and dehumidifying devices that treat the outdoor air stream independently of the recirculated air stream

How will the system be controlled?

Integrated Controls

Uses one system to control and coordinate the operation of both the ventilation and VRF system.

Independent Controls

Separates ventilation system and VRF system control.

Click on the wheel or button to get started.


vrf-system-decision-wheel
Explore Trane VRF Systems
VRF System Type - Trane VRF Systems
VRF Humidity Control - Trane VRF Systems
VRF Ventilation System - Trane VRF Systems
VRF System Control - Trane VRF Systems

Explore VRF Systems

Use the interactive VRF tool below to shape a VRF system to fit your project.

Click on the wheel or button to get started.

vrf-system-decision-wheel
Explore Trane VRF Systems
VRF System Type - Trane VRF Systems
VRF Humidity Control - Trane VRF Systems
VRF Ventilation System - Trane VRF Systems
VRF System Control - Trane VRF Systems

Our VRF systems create a one-stop solution that includes Trane’s vast product portfolio, featuring Trane® / Mitsubishi Electric VRF technology, combined with best-in-class engineering knowledge and support resources.

VRF system design does not need to be complicated. By evaluating these four design considerations, you can help ensure a successful VRF system design for any commercial building project.

Should the VRF System be a heat pump or heat recovery type?

Heat pump

A Heat Pump system provides either heating or cooling to all of the connected zones. Typically, these systems are applied to spaces that experience uniform load profiles.

Heat recovery

A Heat Recovery system can simultaneously cool or heat any connected zone by redirecting energy from one space to another.

Will the ventilation air be conditioned to a predetermined supply air temperature or to ensure adequate space humidity?

Space

Removing moisture from the ventilation air to a level that offsets both outside air and space latent loads. This strategy can decouple sensible and latent loads and allows the indoor terminals to manage sensible loads only.

Outdoor air

Removing moisture from the ventilation air to a level that only offsets the latent load from the outside air. This strategy requires the indoor terminals to manage the space latent loads.

Will the ventilation air be conditioned by an energy recovery ventilator (ERV) or a DOAS?

ERV

Passive air-to-air energy recovery. Transfers energy from the somewhat conditioned air leaving the building, to the unconditioned air entering the building.

DOAS

Active cooling, heating and dehumidifying devices that treat the outdoor air stream independently of the recirculated air stream

How will the system be controlled?

Integrated Controls

Uses one system to control and coordinate the operation of both the ventilation and VRF system.

Independent Controls

Separates ventilation system and VRF system control.

Contact Your Local Trane Expert

Complete the form below to receive more information on our ductless and VRF product portfolio.

Ductless and VRF systems:


There’s one for your next project.

With three series to choose from, you can get the advantages of ductless and VRF technology,
designed for the size, scope and specific needs of your building’s project.

N-Gen City-Multi Series Product Image

N-Generation CITY MULTI® Series

VRF system for operational and design flexibility

Two-pipe system uses less space, with faster installation and lower costs than competing three-pipe systems

Next-gen heat exchanger, compressor and fan design deliver superior efficiency

Flash injection technology performs in the coldest conditions, with up to 78% heating capacity in outdoor temperatures as cold as -13°F

Four-sided heat exchanger offers a small footprint and greater application flexibility

Five airflow settings for ultraquiet operation

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NV Series Product Image

Nv Series

Ductless system for maximum energy efficiency and quality control

Inverter-driven compressors that precisely cool or heat a specific area

Precise zone control to distribute heat or air conditioning only to spaces in use

Occupant comfort controls in each zone for temperature, fan speed and air direction

Pro Heat inverter heat pumps to deliver instant warmth in climates as cold as -13°F

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P Series Product Image

P Series

Ductless system for superior comfort, flexibility and reliability

Inverter-driven compressor with advanced sensor technology to precisely detect temperature changes

Quiet operation for a nondisruptive environment

Precise 1:1 outdoor to indoor connections for efficient zone management

Wireless and wireless remote controls for flexible, convenient accessibility

Ambient cooling down to -20°F

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Additional VRF Resources

Find your local Trane office

We have locations across the country ready to help you with your next building project.

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