MINI COMPRESSOR
Premium Performance in Compact Form.
Experience exceptional performance in ultra-lightweight form. Engineered for whisper-quiet operation, this mini compressor delivers unparalleled performance.

AC & DC Power Solutions​​

Powering innovation across diverse industries, Samsung’s advanced AC and DC technologies deliver high-efficiency performance where it matters most. Built to deliver uncompromising reliability and precision, Samsung’s compressors power essential cooling and environmental control systems across global markets.

From appliances and transport air conditioning to data center cooling, photonic chillers, dehumidifiers, and water purification systems, our power platforms enable smarter, more efficient operation in every environment.

Efficient. Reliable. Engineered for performance.

The Future of EV Performance Starts Here

Power the future of mobility with advanced DC cooling technology engineered specifically for electric vehicles. Samsung’s high-performance mini rotary compressor delivers intelligent, space-saving cooling that maximizes battery life and optimizes overall vehicle efficiency.

Integrated thermal management maximizes range, efficiency, and performance—even in winter—so EVs run smarter, longer, and stronger.

Applications include battery cooling, inverter/motor cooling, discharger cooling, a/c, and compact automotive refrigeration.

Applications

Transport Refrigeration

EV Battery Cooling

Medical Cold Chain

Photonics Chiller

Ultra-Compact ​

Reduced to roughly one-fourth the size of a conventional compressor—about the size of a 355 ml soda can.

Ultra-Quiet​

Intelligent Twin Pump design cuts noise by 40%, operating at library-level sound.

Twin Pump Architecture​

Dual compression chambers and BLDC motor operates at variable speeds and reduce vibration by up to 89% compared with single-pump compressors.

 

Optimized Design

Delivers up to 35% efficiency improvement through advanced motor design and low-loss refrigerant compression.

Nano Precision​

Nano-scale manufacturing techniques reduce internal losses and improve overall performance.    

Torque Control Technology​

Low vibration across all operating frequencies—up to 88% less than conventional twin rotary compressors.

 

RefrigerantPower SourcePistonModelsDisplacement [cc/rev]CapacityInput [W]EERCOPTest Condition
Btu/hWBtu/Whw/w
R134ADC 12VTwinUX0TM5009S1.98502491058.102.37ASH
DC 24VSingleUX0AK5007Z1.4630185679.402.76ASH
TwinUX0T011Z2.41,1003221139.702.85ARI
DC 48VSingleUX0AK5007R1.4630185679.402.76ASH
R600ADC 24VTwinUF0TN5006Z2.45801705810.02.93ASRI
R404ADC 24VTwinUF0TT5011Z2.41,1003221258.802.58ARI
R134AAC 100VTwinUX0T011Q2.41,10032211010.02.93ASH
AC 220VSingleUX0AK5007F1.4630185679.402.76ASH
TwinUX0T011F2.41,10032211010.02.93ASH
R1234YFDC 24VSingleUF0AF5007Z1.4640188689.402.76ASH
TwinUF0AF5011Z2.41,1203281159.752.85ASH
R290DC 24VTwinUF0HF5014Z2.41,43041914310.02.93ASH
Testing Condition: ASHTesting Condition: Samsung Mobile Refrigeration
Condensing Temperature ..................... 54.4 ℃ (130℉ )Condensing Temperature ..................... 31.1 ℃ ( 88℉ )
Evaporating Temperature ..................... 7.2 ℃ ( 45℉ )Evaporating Temperature ..................... -14.3 ℃ ( 6.3℉ )
Return Gas Temperature ..................... 35.0 ℃ ( 95℉ )Return Gas Temperature ..................... 15.0 ℃ ( 59℉ )
Liquid Temperature ............................... 46.1 ℃ (115℉ )Liquid Temperature ............................... 23.0 ℃ ( 73.4℉ )
Ambient Temperature ........................... 35.0 ℃ ( 95℉ )Ambient Temperature ........................... 15.0 ℃ ( 59℉ )
RefrigerantPower SourceModelsPistonDisplacement [cc/rev]CapacityInput [W]EERCOPDimensionTest Condition
Btu/hWBtu/Whw/w
R134AAC 100VUX0T011QTwin2.41,10032211010.002.931ASH
AC 220VUX0AK5007FSingle1.4630185679.402.764ASH
AC 220VUX0T011FTwin2.41,10032211010.002.931ASH
Condensing Temperature ..................... 54.4 ℃ (130℉ )Condensing Temperature ..................... 31.1 ℃ ( 88℉ )
Evaporating Temperature ..................... 7.2 ℃ ( 45℉ )Evaporating Temperature ..................... -14.3 ℃ ( 6.3℉ )
Return Gas Temperature ..................... 35.0 ℃ ( 95℉ )Return Gas Temperature ..................... 15.0 ℃ ( 59℉ )
Liquid Temperature ............................... 46.1 ℃ (115℉ )Liquid Temperature ............................... 23.0 ℃ ( 73.4℉ )
Ambient Temperature ........................... 35.0 ℃ ( 95℉ )Ambient Temperature ........................... 15.0 ℃ ( 59℉ )
RefrigerantPower SourceModelsDisplacementCapacityInputEERCOPTest Condition
Btu/hWBtu/Whw/w
R134ADC 24VUX9CJ5034Z7.33,480102031111.203.28ASH
R134ADC 24VUX9AM5042Z94,200123237511.203.28ARI
R404ADC 24VUF9CT5034Z7.33360958533210.122.97
Testing Condition: ASHTesting Condition: Samsung Mobile Refrigeration
Condensing Temperature ..................... 54.4 ℃ (130℉ )Condensing Temperature ..................... 31.1 ℃ ( 88℉ )
Evaporating Temperature ..................... 7.2 ℃ ( 45℉ )Evaporating Temperature ..................... -14.3 ℃ ( 6.3℉ )
Return Gas Temperature ..................... 35.0 ℃ ( 95℉ )Return Gas Temperature ..................... 15.0 ℃ ( 59℉ )
Liquid Temperature ............................... 46.1 ℃ (115℉ )Liquid Temperature ............................... 23.0 ℃ ( 73.4℉ )
Ambient Temperature ........................... 35.0 ℃ ( 95℉ )Ambient Temperature ........................... 15.0 ℃ ( 59℉ )
RefrigerantModelsRated Voltage (V)Displacement [cc/rev]CapacityInput [W]EERCOPTest Condition
Btu/hWBtu/Whw/w
R134ADS4ZB580FMN3Ø, 380V80.041,00012,0163,76010.903.20ARI
R1234|YF38,4001125436501.503.08ARI
R513A41,40012,1343,89010.603.12ARI