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Heat Pumps

All year round cooling and heating — from compact residential air-to-water units to large industrial water-to-water systems. Sustainable, efficient, and reliable solutions for every application.

5 – 2000
kW Range
19
Models Available
up to 120°C
Hot Water Output
Picco
Picco

Picco

5 – 15 kW
6 – 18 kW
  • Inverter driven scroll compressor technology
  • Very compact design
  • High performance air-to-water heat pump
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Trane Leaf
R290 Green
Leaf

Trane Leaf

6 – 52 kW
8 – 63 kW
  • R290 ultra-low GWP refrigerant — negligible environmental impact
  • Year-round hot water for space heating and sanitary use
  • Variable speed scroll compressor and EC fans
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Trane Cube CXC
CXC

Trane Cube CXC

18 – 49 kW
25 – 59 kW
  • Compact design — reduced footprint and height
  • Year-round hot water supply, operates up to 46°C ambient
  • Variable speed scroll compressor and EC fans
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Conquest CXAX
CXAX

Conquest CXAX

40 – 155 kW
40 – 155 kW
  • Compact low-profile design
  • Reversible operation: cooling or heating
  • Optimized for low GWP R454B refrigerant
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Trane FLEX HP HT
FLEX HP HT

Trane FLEX HP HT

50 – 144 kW
54 – 154 kW
  • Tandem scroll compressors
  • Electronic expansion valve
  • Leaving water temperature up to 65°C
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Flex Air-to-Water
Flex III HP

Flex Air-to-Water

86 – 147 kW
84 – 149 kW
  • High part-load efficiency
  • Year-round hot water supply beyond 45°C ambient
  • Connect up to 6 units on one Multimanager controller
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Sintesis Advantage CXAF
CXAF

Sintesis Advantage CXAF

128 – 680 kW
127 – 700 kW
  • Sustainable cooling and heating all year round
  • Air-sourced renewable technology
  • Variable volume scroll + variable speed fans
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RTXC
Top EER
RTXC

RTXC

370 – 950 kW
380 – 1030 kW
  • 3 operating modes: cooling, cooling+heating, heating
  • Best-in-class Eurovent certified EER 3.6 / SEER 5.54
  • Efficient heating and cooling for wide variety of applications
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Lift Booster
Lift

Lift Booster

18 – 550 kW
18 – 550 kW
  • 1 to 4 scroll compressors
  • Easy and fast installation
  • Compact unit design
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Exergy RE, P & S Series
Exergy

Exergy RE, P & S Series

30 – 2000 kW
30 – 2000 kW
  • Scroll, Piston and Screw compressor options
  • Multiple refrigerants: standard to near zero GWP
  • Combined cooling and heating solutions
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City™ RTSF HT
Up to 110°C
RTSF HT

City™ RTSF HT

100 – 370 kW
100 – 370 kW
  • Hot water temperatures up to 110°C
  • High heating efficiencies across diverse temperatures
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XStream™ RTWF HT
RTWF HT

XStream™ RTWF HT

400 – 1500 kW
400 – 1500 kW
  • Hot water temperatures up to 105°C
  • Trane screw compressor with Symbio 800 controller
  • Shell-and-tube heat exchangers
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XStream™ Excellent GVWF XSH
Top Efficiency
GVWF XSH

XStream™ Excellent GVWF XSH

380 – 1510 kW
380 – 1510 kW
  • High-speed centrifugal with magnetic bearings
  • Industry-leading part-load and full-load efficiencies
  • Double or single refrigerant circuit
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City Advantage CXWF
CXWF

City Advantage CXWF

50 – 700 kW
60 – 835 kW
  • SCOP seasonal efficiency up to 6.42 (EN14825:2018)
  • SEER seasonal efficiency up to 7.31
  • Ultra-compact: 880 mm maximum width
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City Advantage CXWF GEO
CXWF GEO

City Advantage CXWF GEO

50 – 462 kW
60 – 542 kW
  • Reversible on refrigerant side with R454B
  • SCOP LT: seasonal efficiency up to 6.28
  • Compact: 880 mm maximum width
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City™ RTSF W2W
RTSF W2W

City™ RTSF W2W

180 – 385 kW
195 – 430 kW
  • 99.5% reliability rate with screw compressor
  • HFO R1234ze (<1 GWP) optimized
  • Stainless steel plate heat exchangers
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RTWD Water-to-Water
RTWD W2W

RTWD Water-to-Water

235 – 1000 kW
260 – 1140 kW
  • Trane direct-drive semi-hermetic screw — 3 moving parts
  • Condenser water temperatures up to 75°C
  • Low-speed motor reduces wear and tear
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XStream™ RTWF W2W
RTWF W2W

XStream™ RTWF W2W

350 – 1860 kW
385 – 2020 kW
  • Market-leading reliability with Trane screw compressor
  • CHIL falling film evaporator
  • Series counterflow heat exchanger design
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XStream™ RTWF XSE W2W
RTWF XSE W2W

XStream™ RTWF XSE W2W

410 – 1320 kW
450 – 1430 kW
  • Variable Vi compressor with permanent magnet motor
  • Market-leading full and part-load efficiencies
  • CHIL falling film evaporator
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Authorized Trane Distributor

Heat Pump Solutions for Georgia

Air-to-water and water-to-water heat pumps for commercial and industrial applications. We size and supply the right system for your project.

Trane Heat Pumps — Year-Round Heating and Cooling From One System

A heat pump is the most efficient way to heat and cool a building. Instead of burning fuel, it moves existing heat — pulling warmth from the outside air or from water and delivering it indoors in winter, then reversing in summer to provide cooling. A modern Trane heat pump delivers 3–4 kW of heating for every 1 kW of electricity it uses, cutting both energy bills and CO₂ emissions. As the authorized Trane distributor in Georgia, Treimax supplies, sizes, installs and maintains the full Trane heat pump range.

Our line-up covers air-to-water heat pumps from 5 to 950 kW and water-to-water (and geothermal) heat pumps up to 2000 kW, with leaving water temperatures up to 110 °C on high-temperature models. Whether you heat a home, a hotel, an office tower or an industrial process, there is a Trane heat pump sized for it — and it replaces a separate boiler and chiller with a single reversible machine.

Why Choose a Trane Heat Pump

Up to 75% Lower Heating Cost

Because a heat pump moves heat instead of generating it, it delivers three to four units of heat per unit of electricity — far cheaper and cleaner than gas, diesel or electric boilers.

Authorized Trane Distributor in Georgia

Treimax supplies genuine Trane heat pumps with full factory warranty, OEM spare parts and direct factory support — not grey-market imports.

One System, Heating and Cooling

A reversible Trane heat pump heats in winter and cools in summer, replacing two machines with one. Our engineers size, install and maintain it for decades of rated performance.

Heat Pump FAQ

A heat pump transfers heat from one place to another using a refrigerant cycle. In winter it extracts heat from the outdoor air or water and pumps it indoors; in summer it runs in reverse to remove heat and cool the building. Because it moves heat rather than burning fuel, it is several times more efficient than a boiler.